mhurhangee/patent-ind-claim-en huggingface dataset:
A method of manufacturing a holder for holding an individually shaped, chargeable hearing instrument in a hearing instrument charger device configured for charging the hearing instrument , and comprising a first charger coil , the method comprising the steps of - determining a shape of at least a portion of an ear canal of a user from an ear canal impression ; - designing digitally on a computer, based on the determined shape of the portion of the ear canal, a virtual representation of a hearing instrument shell of the hearing instrument , and planning a position in the hearing instrument for a second charger coil ; - shaping a holder , based on the virtual representation of the hearing instrument shell , such that the holder , when located in a hearing instrument charge device , supports the shape of the hearing instrument in a predetermined position, and such that the first charger coil is adjacent to the second charger coil . - determining a shape of at least a portion of an ear canal of a user from an ear canal impression ; - designing digitally on a computer, based on the determined shape of the portion of the ear canal, a virtual representation of a hearing instrument shell of the hearing instrument , and planning a position in the hearing instrument for a second charger coil ; - shaping a holder , based on the virtual representation of the hearing instrument shell , such that the holder , when located in a hearing instrument charge device , supports the shape of the hearing instrument in a predetermined position, and such that the first charger coil is adjacent to the second charger coil .
A computer-implemented method for enforcing a policy, comprising: under the control of one or more computer systems configured with executable instructions, receiving a request to decrypt a ciphertext, the ciphertext having been generated using an authenticated encryption mode of a cipher to generate an authenticated ciphertext based at least in part on a plaintext, a key, and associated data, the ciphertext including a message authentication code and a ciphertext, wherein the message authentication code is calculated using the plaintext and the associated data; obtaining in connection with the request the ciphertext, expected associated data, and another message authentication code; determining whether the obtained another message authentication code matches a generated reference message authentication code obtained using the ciphertext, the expected associated data and the key; determining, based at least in part on the expected associated data, which expected associated data is verifiable with the ciphertext and the key, whether the policy allows providing the plaintext in response to the request, the policy specifying a value for the associated data for providing the plaintext and the policy allows providing the plaintext when the expected associated data matches the value for the associated data specified by the policy; and providing at least the plaintext in response to the request as a result of determining that the obtained another message authentication code matches the reference message authentication code and that the policy allows providing the plaintext based at least in part on the associated data. receiving a request to decrypt a ciphertext, the ciphertext having been generated using an authenticated encryption mode of a cipher to generate an authenticated ciphertext based at least in part on a plaintext, a key, and associated data, the ciphertext including a message authentication code and a ciphertext, wherein the message authentication code is calculated using the plaintext and the associated data; obtaining in connection with the request the ciphertext, expected associated data, and another message authentication code; determining whether the obtained another message authentication code matches a generated reference message authentication code obtained using the ciphertext, the expected associated data and the key; determining, based at least in part on the expected associated data, which expected associated data is verifiable with the ciphertext and the key, whether the policy allows providing the plaintext in response to the request, the policy specifying a value for the associated data for providing the plaintext and the policy allows providing the plaintext when the expected associated data matches the value for the associated data specified by the policy; and providing at least the plaintext in response to the request as a result of determining that the obtained another message authentication code matches the reference message authentication code and that the policy allows providing the plaintext based at least in part on the associated data.
An aerosol generating system , comprising an aerosol generating device in cooperation with a cartridge , the system for heating an aerosol-forming substrate in the cartridge and comprising: a vaporizer for heating the aerosol-forming substrate to form an aerosol; at least one air inlet ; at least one air outlet , the air inlet and the air outlet being arranged to define an air flow route between the air inlet and the air outlet ; and flow control means for adjusting the size of the at least one air inlet , so as to control the air flow speed in the air flow route, wherein the flow control means comprises: a first member and a second member, the first and second members cooperating to define the at least one air inlet , wherein the first and second members are arranged to rotate and to move linearly relative to one another so as to vary the size of the at least one air inlet . a vaporizer for heating the aerosol-forming substrate to form an aerosol; at least one air inlet ; at least one air outlet , the air inlet and the air outlet being arranged to define an air flow route between the air inlet and the air outlet ; and flow control means for adjusting the size of the at least one air inlet , so as to control the air flow speed in the air flow route, wherein the flow control means comprises: a first member and a second member, the first and second members cooperating to define the at least one air inlet , wherein the first and second members are arranged to rotate and to move linearly relative to one another so as to vary the size of the at least one air inlet .
Haymaking machine including at least one rotor comprising at least one radially extending rotary support arm , with an inner end connected to the hub of the rotor and an opposite outer end carrying at least one working implement having tines connected by an intermediate portion exhibiting, on the one hand, coils and, on the other hand, at least one bent section for fixing to the support arm , wherein this arm extends internally through at least some of the coils , a component for retaining coils that are separated from the support arm is mounted on the latter and said retaining component incorporates at least part of the means for fixing the working implement concerned to the support arm , machine characterised in that the or each fixing means consists of a nut and bolt assembly and in that said retaining component prevents rotation of one of the components (11 or 11') of the or each of the nut and bolt assemblies or incorporates it rigidly, in monobloc or mounted fashion.
Thermally insulated container , in particular for transport purposes, having a container wall which completely encloses an interior , wherein the container wall has a closeable opening via which the interior is accessible from outside, having at least one vacuum insulation element in the container wall , by means of which element the interior is insulated against heat exchange, and having at least one passive melt-storage element (16; 17) which is filled with a melt-storage material, wherein the at least one vacuum insulation element has a base body made of an open-pore material which is enclosed by a film in a gas-tight manner, wherein the interior formed by the film by the gas-tight enclosing of the base body is evacuated, characterized in that the at least one vacuum insulation element has an internal monitoring system for monitoring the gas pressure in the interior of the vacuum insulation element , in that in the container wall an inspection opening is present, through which the monitoring system for monitoring the internal gas pressure in the vacuum insulation element is accessible, and in that the inspection opening can be closed by a cover .
An (S)-camphorsulfonic acid salt of S-ketamine.
A method for producing a partial section of a multi-part tower section of a tower, the method comprising: partially cutting an annular flange at dividing locations between annular flange parts of the annular flange, so that at least parts of a web of the annular flange remain at the dividing locations after partially cutting , which connect the annular flange parts with one another; connecting the annular flange to a shell of the multi-part tower section after partially cutting the annular flange; and separating the annular flange parts at the dividing locations by cutting the remaining parts of the web after connecting the annular flange to the shell. partially cutting an annular flange at dividing locations between annular flange parts of the annular flange, so that at least parts of a web of the annular flange remain at the dividing locations after partially cutting , which connect the annular flange parts with one another; connecting the annular flange to a shell of the multi-part tower section after partially cutting the annular flange; and separating the annular flange parts at the dividing locations by cutting the remaining parts of the web after connecting the annular flange to the shell.
A communication method of a transport system , the transport system including a plurality of transport carriages , each transport carriage configured to transport a transported object , and a plurality of communication devices (10, 10a-10m) connected one-to-one with corresponding ones of a plurality of equipment (20, 20a-20m) onto which the transported objects are to be loaded, the plurality of communication devices (10, 10a-10m) being communicably connected to each other, and the communication method comprising: (a) transmitting, from a specific transport carriage among the plurality of transport carriages to at least one of (i) the plurality of communication devices (10, 10a-10m) and (ii) at least one other transport carriage of the plurality of transport carriages , a first signal having a specific communication device (10d; 10m) among the plurality of communication devices (10, 10a-10m) as a final transmission destination; and (b) receiving, in the specific communication device (10d; 10m), the first signal from the specific transport carriage through at least one of (i) a communication channel that passes through at least one other communication device (10a; 10i) among the plurality of communication devices (10, 10a-10m) and (ii) a communication channel that passes through the at least one other transport carriage , wherein the first signal is a signal communicated for the specific transport carriage to transfer the transported object to or from a specific one of the equipment (20, 20a-20m). (a) transmitting, from a specific transport carriage among the plurality of transport carriages to at least one of (i) the plurality of communication devices (10, 10a-10m) and (ii) at least one other transport carriage of the plurality of transport carriages , a first signal having a specific communication device (10d; 10m) among the plurality of communication devices (10, 10a-10m) as a final transmission destination; and (b) receiving, in the specific communication device (10d; 10m), the first signal from the specific transport carriage through at least one of (i) a communication channel that passes through at least one other communication device (10a; 10i) among the plurality of communication devices (10, 10a-10m) and (ii) a communication channel that passes through the at least one other transport carriage ,
A method for using an online system including a server , a home appliance and an external terminal , the server storing user information and home appliance information matched to each other, the method comprising: transmitting, from an external terminal to a server , the user information to log in to the server ; transmitting, from the external terminal to the server , a request for state information on the home appliance ; transmitting, from the server to the home appliance having stored information matching the user information, a request for state information regarding the home appliance ; receiving at the server the state information from the home appliance ; transmitting, from the server to the external terminal , the state information; and displaying the state information on the external terminal . transmitting, from an external terminal to a server , the user information to log in to the server ; transmitting, from the external terminal to the server , a request for state information on the home appliance ; transmitting, from the server to the home appliance having stored information matching the user information, a request for state information regarding the home appliance ; receiving at the server the state information from the home appliance ; transmitting, from the server to the external terminal , the state information; and displaying the state information on the external terminal .
An in vitro method of separating target cells from non-target cells in a biofluid, comprising: (a) altering at least one of the size of the target cells , size of the non-target cells , compressibility of the biofluid, compressibility of the target cells , compressibility of the non-target cells and aggregation potential of the non-target cells ; and altering at least one of density of the biofluid, density of the target cells, and density of the non-target cells by introducing a predetermined volume of at least one additive to the biofluid to produce a pre-treated biofluid, the predetermined volume of the at least one additive being selected to alter or regulate the biofluid to have a desired density; (b) flowing the pre-treated biofluid into an inlet of a microfluidic separation channel ; (c) applying acoustic energy to the pre-treated biofluid within the microfluidic separation channel to separate the target cells from the non-target cells , such that the target cells accumulate within at least one primary stream along the separation channel and the non-target cells accumulate within at least one secondary stream along the separation channel ; (d) collecting the at least one primary stream comprising the target cells ; and (e) optionally separately collecting the at least one secondary stream comprising the non-target cells . (a) altering at least one of the size of the target cells , size of the non-target cells , compressibility of the biofluid, compressibility of the target cells , compressibility of the non-target cells and aggregation potential of the non-target cells ; and altering at least one of density of the biofluid, density of the target cells, and density of the non-target cells by introducing a predetermined volume of at least one additive to the biofluid to produce a pre-treated biofluid, the predetermined volume of the at least one additive being selected to alter or regulate the biofluid to have a desired density; (b) flowing the pre-treated biofluid into an inlet of a microfluidic separation channel ; (c) applying acoustic energy to the pre-treated biofluid within the microfluidic separation channel to separate the target cells from the non-target cells , such that the target cells accumulate within at least one primary stream along the separation channel and the non-target cells accumulate within at least one secondary stream along the separation channel ; (d) collecting the at least one primary stream comprising the target cells ; and (e) optionally separately collecting the at least one secondary stream comprising the non-target cells .
An earbud comprising: an earbud housing including an earbud member integrally formed with and protruding away from a first end of an elongate tube having an interior cavity that extends from the first end of the elongate tube to a second end opposite the first end, and wherein the elongate tube is a single complete unit with a substantially seamless appearance; a bezel coupled to the earbud member; a first acoustic port formed through the bezel; a screen coupled to the bezel and covering the first acoustic port; a speaker disposed in the earbud member and aligned to emit sound through the first acoustic port ; a second acoustic port formed at a second end of the elongate tube opposite the first end; a microphone disposed in the elongated tube and operatively coupled to receive sound through the second acoustic port; a rechargeable battery disposed within the earbud housing; battery charging circuitry coupled to the rechargeable battery and positioned within the earbud housing, the battery charging circuitry operable to charge the rechargeable battery when connected to an external power supply; a wireless antenna ; and a processor for controlling earbud functions. an earbud housing including an earbud member integrally formed with and protruding away from a first end of an elongate tube having an interior cavity that extends from the first end of the elongate tube to a second end opposite the first end, and wherein the elongate tube is a single complete unit with a substantially seamless appearance; a bezel coupled to the earbud member; a first acoustic port formed through the bezel; a screen coupled to the bezel and covering the first acoustic port; a speaker disposed in the earbud member and aligned to emit sound through the first acoustic port ; a second acoustic port formed at a second end of the elongate tube opposite the first end; a microphone disposed in the elongated tube and operatively coupled to receive sound through the second acoustic port; a rechargeable battery disposed within the earbud housing; battery charging circuitry coupled to the rechargeable battery and positioned within the earbud housing, the battery charging circuitry operable to charge the rechargeable battery when connected to an external power supply; a wireless antenna ; and a processor for controlling earbud functions.
Nail for inserting objects, substances or the like into a body having a nail body comprising a shank and a tip formed at one end of the shank , wherein the nail body has at least one, in particular exactly one, cavity for accommodating at least one RFID transponder and/or at least one sensor , wherein the nail body consists predominantly or entirely of lignified plant material and is designed in such a way that it is suitable for driving into a body by means of a setting device, in particular a pneumatic nailer characterized in that a sensor for detecting state variables, in particular a temperature sensor and/or moisture sensor and/or pressure sensor, is accommodated in the cavity of the nail body . a nail body comprising a shank and a tip formed at one end of the shank , wherein the nail body has at least one, in particular exactly one, cavity for accommodating at least one RFID transponder and/or at least one sensor , wherein the nail body consists predominantly or entirely of lignified plant material and is designed in such a way that it is suitable for driving into a body by means of a setting device, in particular a pneumatic nailer characterized in that a sensor for detecting state variables, in particular a temperature sensor and/or moisture sensor and/or pressure sensor, is accommodated in the cavity of the nail body .
Connecting system of a stator assembly defined by a stator in a receptacle for attachment to a stator housing , and a plug housing that can be inserted into an opening in the stator housing , wherein a plug housing receptacle is provided on the stator assembly , to which the plug housing is attached such that it is movable relative to the stator assembly in at least two perpendicular directions when mounted, wherein the plug housing receptacle is attached elastically to the stator assembly in at least the axial direction by at least one spring and wherein the at least one spring creates a preload force in axial direction onto the plug housing receptacle and the plug housing attached to the same when mounted, wherein the axial direction is perpendicular to the two mutually perpendicular directions and determines the direction in which the stator housing and the stator assembly rest on one another and in which the plug housing is inserted into the opening of the stator housing , characterized in that fastening means are arranged on the plug housing , which engage with recesses in the plug housing receptacle when mounted, and wherein the fastening means are designed as double hooks with flexible hook shanks that are spaced apart in a radial direction, which can be passed through the recesses and which engage with the edges on the other side of the recesses when mounted, wherein the hook shanks have heads which enable a locking snap-in.
A method for processing conductor segments of a winding support of an electric machine, in particular of an electric motor, wherein at least two conductor segments are arranged on the winding support , wherein end portions of the conductor segments protrude out of the ends of the winding support , wherein at least two processing units are being jointly led along a guide device , wherein each one of the processing units performs at least one of the following steps: - advancing a processing unit , which can be moved on a circular path (K) along a guide device and comprises at least one first actuator element and at least one second actuator element , to at least one first end portion pair having a first end portion and a second end portion , or advancing the first end portion and the second end portion to the processing unit , - bringing together the first actuator element and the second actuator element so that, in a clamping region , a clamping force brings together the first end portion and the second end portion into a welding position, - welding the first end portion and the second end portion , wherein the processing units are controlled such that at least one first processing unit holds an end portion pair -in the welding position while at least one second processing unit is moved to an end portion pair yet to be welded. - advancing a processing unit , which can be moved on a circular path (K) along a guide device and comprises at least one first actuator element and at least one second actuator element , to at least one first end portion pair having a first end portion and a second end portion , or advancing the first end portion and the second end portion to the processing unit , - bringing together the first actuator element and the second actuator element so that, in a clamping region , a clamping force brings together the first end portion and the second end portion into a welding position, - welding the first end portion and the second end portion ,
A scroll pump, in particular a scroll vacuum pump , comprising a housing and an orbiter which is located in the housing and which has a carrier plate and a spiral extending from the carrier plate , wherein, in the carrier plate , a plurality of passage openings are formed through which a housing region , which is located on a side of the carrier plate facing away from the spiral of the orbiter , is accessible for a tool for assembly purposes, characterized in that a first, a second and at least a third passage opening are formed in the carrier plate and are arranged uniformly distributed in the peripheral direction around the center of the spiral . wherein, in the carrier plate , a plurality of passage openings are formed through which a housing region , which is located on a side of the carrier plate facing away from the spiral of the orbiter , is accessible for a tool for assembly purposes, characterized in that a first, a second and at least a third passage opening are formed in the carrier plate and are arranged uniformly distributed in the peripheral direction around the center of the spiral .