mhurhangee/patent-ind-claim-en huggingface dataset:
A vaporizer device comprising: a vaporizer cartridge containing a vaporizable material; a power source ; and a shell formed from a single continuous piece of a material, the material comprising a metal or a metal alloy, the shell having a first portion and a second portion , the first portion of the shell extending at least partially around a perimeter of a receptacle configured to receive the vaporizer cartridge , and the second portion of the shell configured to receive the power source , and the second portion of the shell having a second thickness that is less than a first thickness of a transition region between the first portion of the shell and the second portion of the shell , wherein the second portion of the shell has a larger inner cross-sectional dimension than the first portion of the shell , and wherein the second thickness of the second portion of the shell is reduced in order to increase an inner cross-sectional dimension of the second portion of the shell . a vaporizer cartridge containing a vaporizable material; a power source ; and a shell formed from a single continuous piece of a material, the material comprising a metal or a metal alloy, the shell having a first portion and a second portion , the first portion of the shell extending at least partially around a perimeter of a receptacle configured to receive the vaporizer cartridge , and the second portion of the shell configured to receive the power source , and the second portion of the shell having a second thickness that is less than a first thickness of a transition region between the first portion of the shell and the second portion of the shell , wherein the second portion of the shell has a larger inner cross-sectional dimension than the first portion of the shell , and wherein the second thickness of the second portion of the shell is reduced in order to increase an inner cross-sectional dimension of the second portion of the shell .
Equipment for handling parcels between loading points (S1, S2, S3, S4) at which said parcels are loaded and drop-off points (PT1, PT2, PT3, PT4) at which said parcels are dropped off in a logistics center , said equipment comprising trolleys , each of which is designed to carry a removable receptacle , and at least one shuttle robot designed to dock with any one of said trolleys and to move it automatically, said equipment further comprising a monitoring and control unit designed for automatically and remotely controlling the movement of said shuttle robot as a function of a sorting plan, said equipment being characterized in that it further comprises sorting receptacles placed at said loading points and into which said parcels are poured loosely in bulk as a function of sorting indications associated with said loading points, and in that the monitoring and control unit is designed to control the movement of said shuttle robot in such a manner as to place at said loading points (S1, S2, S3, S4) trolleys with empty receptacles into which the parcels are poured loosely in bulk, and in such a manner as to place each of said trolleys with a receptacle loaded with parcels at a drop-off point (PT1, PT2, PT3, PT4) where the receptacle loaded with parcels is replaced with an empty receptacle.
A method for controlling the rotational speed of the output shaft on a tool driven by compressed air, an AC voltage being generated by a generator driven by the compressed air in the tool, it being possible to use said AC voltage to activate an electromagnetic control member , by means of which the amount of air for driving a turbine wheel on the output shaft can be controlled, characterized in that the AC voltage is converted into a DC voltage in a rectifier , in that the DC voltage is kept constant by a voltage controller independently of the rotational speed of the output shaft , in that a microcontroller is supplied with the constant DC voltage, in that the current rotational speed of the output shaft is detected by a rotational speed sensor , and in that the microcontroller controls the amount of air supplied to the turbine wheel , by means of the electromagnetically driven control valve , and keeps the set predetermined rotational speed of the shaft constant.
A device binding method, comprising: sending , by a first application program executing a first protocol, a query instruction to a target device, the query instruction being used to query a first device identifier of the target device in a second protocol; receiving , by the first application program, the first device identifier sent by the target device; and providing , by the first application program, the first device identifier, to enable a second application program executing the second protocol to bind a login account of the second application program to the target device based on the first device identifier, wherein the first application program and the second application program are different application programs in the same electronic device. sending , by a first application program executing a first protocol, a query instruction to a target device, the query instruction being used to query a first device identifier of the target device in a second protocol; receiving , by the first application program, the first device identifier sent by the target device; and providing , by the first application program, the first device identifier, to enable a second application program executing the second protocol to bind a login account of the second application program to the target device based on the first device identifier, wherein the first application program and the second application program are different application programs in the same electronic device.
A method for controlling a network traffic path, comprising: receiving , by a controller, routing advertisement information from a first network to a second network, and routing plan information between the first network and the second network, wherein the routing plan information comprises N routing node(s), and N is a positive integer through which the data must pass when flowing from the second network to the first network, wherein the routing advertisement information includes information of routing nodes in a third network connecting the first network and the second network; and determining , by the controller, a path in the third network based on the routing advertisement information and the routing plan information, wherein the path is used for transmitting data from the second network to the first network. receiving , by a controller, routing advertisement information from a first network to a second network, and routing plan information between the first network and the second network, wherein the routing plan information comprises N routing node(s), and N is a positive integer through which the data must pass when flowing from the second network to the first network, wherein the routing advertisement information includes information of routing nodes in a third network connecting the first network and the second network; and determining , by the controller, a path in the third network based on the routing advertisement information and the routing plan information, wherein the path is used for transmitting data from the second network to the first network.
A multi-inverter electric motor controller, comprising a primary inverter and one or more secondary inverters , the primary inverter and the secondary inverters connect in parallel to a same electrical motor , the primary inverter employs silicon-material power electronic devices, the secondary inverters employ wide-bandgap semiconductor power electronic devices, and the switching frequency of the primary inverter is less than the switching frequencies of the secondary inverters , characterized in that : each output phase of the secondary inverters connects in series to an inductor and subsequently connects in parallel to an output phase of the primary inverter .
A brush for cleaning a surface of a semiconductor wafer, comprising: a center core ; cleaning material about the center core; characterized in that the brush further comprises a wireless device associated with the brush. a center core ; cleaning material about the center core; characterized in that the brush further comprises a wireless device associated with the brush.
A hemostatic device comprising: a band for being wrapped around a site where bleeding is to be stopped on a limb; means for securing the band in a state where the band is wrapped around the limb; and an inflatable portion that interlocks with the band , that is inflated by injecting gas, and that compresses the site where bleeding is to be stopped, wherein the band has an interlock region which is formed of a thermoplastic material, and with which the inflatable portion interlocks, wherein the inflatable portion has a first region (A1) formed of the thermoplastic material and a second region (A2) and the first region (A1) of the inflatable portion is welded to the interlock region of the band , characterized in that the second region (A2) is formed of a thermosetting elastomer whose gas permeability is higher than that of the thermoplastic material. a band for being wrapped around a site where bleeding is to be stopped on a limb; means for securing the band in a state where the band is wrapped around the limb; and an inflatable portion that interlocks with the band , that is inflated by injecting gas, and that compresses the site where bleeding is to be stopped, wherein the band has an interlock region which is formed of a thermoplastic material, and with which the inflatable portion interlocks, wherein the inflatable portion has a first region (A1) formed of the thermoplastic material and a second region (A2) and the first region (A1) of the inflatable portion is welded to the interlock region of the band , characterized in that the second region (A2) is formed of a thermosetting elastomer whose gas permeability is higher than that of the thermoplastic material.
A method for preparing a partial or full dental prosthesis, including the following steps: 1. Acquiring a patient's oral situation by optical recordal digitizing; 2. Effecting the set-up and positioning of the prosthesis restoration virtually on a computer and individually adapted to the patient's oral situation, wherein the set-up and positioning is effected by selecting appropriate rows of teeth from a digital tooth library, the digital tooth library containing rows of #14 maxillary and mandibular teeth together in one block and/or rows of maxillary and mandibular anterior teeth selected from 13 to 23 together in one block and 33 to 43 together in one block, and/or rows of maxillary and mandibular anterior posterior tooth quadrants selected from 24 to 27, 34 to 37, 14 to 17, and 44 to 47, each together in one block, and; 3. Virtually embedding the teeth arranged in the set-up in a virtual gingiva selected from a digital gingiva library; 4. Producing the real prosthesis. 1. Acquiring a patient's oral situation by optical recordal digitizing; 2. Effecting the set-up and positioning of the prosthesis restoration virtually on a computer and individually adapted to the patient's oral situation, wherein the set-up and positioning is effected by selecting appropriate rows of teeth from a digital tooth library, the digital tooth library containing rows of #14 maxillary and mandibular teeth together in one block and/or rows of maxillary and mandibular anterior teeth selected from 13 to 23 together in one block and 33 to 43 together in one block, and/or rows of maxillary and mandibular anterior posterior tooth quadrants selected from 24 to 27, 34 to 37, 14 to 17, and 44 to 47, each together in one block, and; 3. Virtually embedding the teeth arranged in the set-up in a virtual gingiva selected from a digital gingiva library; 4. Producing the real prosthesis.
A topical composition for use in treating or preventing or reversing skin damage comprising an effective amount of one or more aryl alkanones having the structure wherein R 1 , R 2 , R 3 , R 4 and R 5 which may be the same or different, are independently H, OH, alkyl or alkoxy wherein the alkyl or alkoxy groups are linear or branched and have from 1 to 8 carbon atoms; and R 6 is COCH 3 or CO 2 R 7 wherein R 7 is a linear or branched alkyl group having 1 to 8 carbon atoms in a dermatologically acceptable carrier.
A pesticidal mixture, which comprises as active components 1) compound I-9 of following structure and the stereoisomers, salts, tautomers and N-oxides thereof; and 2) tioxazafen, or fluazaindolizine; wherein component 1) and component 2) are present in a weight ratio of from 1000:1 to 1:1000. 1) compound I-9 of following structure and the stereoisomers, salts, tautomers and N-oxides thereof; and 2) tioxazafen, or fluazaindolizine; wherein component 1) and component 2) are present in a weight ratio of from 1000:1 to 1:1000.
An organic electroluminescent device comprising at least an anode, a hole injection layer, a first hole transport layer, a second hole transport layer, a light emitting layer, an electron transport layer, and a cathode, in this order, wherein the hole injection layer contains an arylamine compound of the following general formula and an electron acceptor: wherein Ar 1 to Ar 4 may be the same or different, and represent a substituted or unsubstituted aromatic hydrocarbon group, a substituted or unsubstituted aromatic heterocyclic group, or a substituted or unsubstituted condensed polycyclic aromatic group, characterized in that : the first hole transport layer and the second hole transport layer each contain only a hole transport arylamine compound, and wherein the said hole transport arylamine compound is different in the first and the second hole transport layers.
A sensor for measuring pressure, the sensor comprising: a body comprising: a substrate , and a deformable membrane for deflecting in response to pressure applied, wherein the deformable membrane spans a cavity manufactured in the body; a first stationary electrode and a second electrode for determining a change in a capacitance between the first and the second electrode in response to the pressure applied, wherein the second electrode is coupled to or embodied in the deformable membrane ; wherein the first electrode comprises a getter material for collecting gas molecules, wherein the getter material is exposed to the cavity, characterized in that : the first electrode comprises a plurality of individual elements, wherein neighbouring elements of the plurality of individual elements are coupled to one another through an electrically conducting bridge, and wherein the electrically conducting bridge is configured to act as a spring. a body comprising: a substrate , and a deformable membrane for deflecting in response to pressure applied, wherein the deformable membrane spans a cavity manufactured in the body; a substrate , and a deformable membrane for deflecting in response to pressure applied, wherein the deformable membrane spans a cavity manufactured in the body; a first stationary electrode and a second electrode for determining a change in a capacitance between the first and the second electrode in response to the pressure applied, wherein the second electrode is coupled to or embodied in the deformable membrane ; wherein the first electrode comprises a getter material for collecting gas molecules, wherein the getter material is exposed to the cavity, characterized in that : the first electrode comprises a plurality of individual elements, wherein neighbouring elements of the plurality of individual elements are coupled to one another through an electrically conducting bridge, and wherein the electrically conducting bridge is configured to act as a spring. the first electrode comprises a plurality of individual elements, wherein neighbouring elements of the plurality of individual elements are coupled to one another through an electrically conducting bridge, and wherein the electrically conducting bridge is configured to act as a spring.
A children's swing device comprising a folding swing frame , the folding swing frame comprising first and second supports and a folding cross-brace extending between the first and second supports, each of the first and second supports comprising a base portion , an upright portion and an intermediate portion between the base portion and the upright portion, wherein the first and second supports are pivotally coupled to one another to allow folding of the swing frame between an expanded configuration and a collapsed configuration, wherein the folding cross-brace is connected between the first and second supports at their intermediate portions proximal the base portions, and wherein the folding cross-brace comprises first and second cross-members , the first and second cross-members being hingedly connected to one another at inner ends thereof by a locking coupling joint .
Pipeline comprising a measuring device for detecting particles (P), wherein the measuring device - comprises at least one detection unit , which is arranged in an inner pipe space (2.1) of the pipeline , wherein the inner pipe space (2.1) has a medium (M) and/or can be flowed through by a medium (M), and - wherein the detection unit is designed to detect at least when different particles (P) occur in the medium (M), and - wherein the detection unit comprises at least one filter unit , which is designed to provide particles (P) to be detected with a fluorescent marking. - comprises at least one detection unit , which is arranged in an inner pipe space (2.1) of the pipeline , wherein the inner pipe space (2.1) has a medium (M) and/or can be flowed through by a medium (M), and - wherein the detection unit is designed to detect at least when different particles (P) occur in the medium (M), and - wherein the detection unit comprises at least one filter unit , which is designed to provide particles (P) to be detected with a fluorescent marking.
A method comprising: decoding an audio bitstream into a set of one or more audio objects and audio metadata for the set of audio objects, the set of one or more audio objects including a specific audio object, the audio metadata specifying a first set of frame-level gains that include a first gain and a second gain respectively for a first audio frame and a second audio frame in the audio bitstream; determining, based at least in part on the first and second gains for the first and second audio frames, whether sub-frame gains are to be generated for the specific audio object; in response to determining, based at least in part on the first and second gains for the first and second audio frames, that sub-frame gains are to be generated for the specific audio object: determining a ramp length for a ramp used to generate the sub-frame gains for the specific audio obj ect; using the ramp of the ramp length to generate a second set of gains, wherein the second set of gains includes the sub-frame gains for the specific audio object; causing a sound field represented by the set of audio objects, to which the second set of gains is applied, to be rendered by a set of audio speakers operating in a specific playback environment. decoding an audio bitstream into a set of one or more audio objects and audio metadata for the set of audio objects, the set of one or more audio objects including a specific audio object, the audio metadata specifying a first set of frame-level gains that include a first gain and a second gain respectively for a first audio frame and a second audio frame in the audio bitstream; determining, based at least in part on the first and second gains for the first and second audio frames, whether sub-frame gains are to be generated for the specific audio object; in response to determining, based at least in part on the first and second gains for the first and second audio frames, that sub-frame gains are to be generated for the specific audio object: determining a ramp length for a ramp used to generate the sub-frame gains for the specific audio obj ect; using the ramp of the ramp length to generate a second set of gains, wherein the second set of gains includes the sub-frame gains for the specific audio object; causing a sound field represented by the set of audio objects, to which the second set of gains is applied, to be rendered by a set of audio speakers operating in a specific playback environment. determining a ramp length for a ramp used to generate the sub-frame gains for the specific audio obj ect; using the ramp of the ramp length to generate a second set of gains, wherein the second set of gains includes the sub-frame gains for the specific audio object; causing a sound field represented by the set of audio objects, to which the second set of gains is applied, to be rendered by a set of audio speakers operating in a specific playback environment.
A method for wireless communication for a user equipment, UE, , the method comprising: receiving, from a base station , a group-based acknowledgment feedback configuration for at least a first group of downlink transmissions to the UE ; receiving, from the base station , at least a first semi-persistent scheduling configuration that indicates resources for a plurality of downlink semi-persistent scheduling transmissions to the UE ; determining a first group-based feedback codebook of the first group of downlink transmissions; determining, independently from the first group-based feedback codebook, at least a first acknowledgment feedback indication for a first downlink semi-persistent scheduling transmission; transmitting the first group-based feedback codebook and the first acknowledgment feedback indication to the base station ; and transmitting, responsive to a request for a retransmission, a retransmission of the first group-based feedback codebook to the base station , wherein the first acknowledgment feedback indication is not included in the retransmission. receiving, from a base station , a group-based acknowledgment feedback configuration for at least a first group of downlink transmissions to the UE ; receiving, from the base station , at least a first semi-persistent scheduling configuration that indicates resources for a plurality of downlink semi-persistent scheduling transmissions to the UE ; determining a first group-based feedback codebook of the first group of downlink transmissions; determining, independently from the first group-based feedback codebook, at least a first acknowledgment feedback indication for a first downlink semi-persistent scheduling transmission; transmitting the first group-based feedback codebook and the first acknowledgment feedback indication to the base station ; and transmitting, responsive to a request for a retransmission, a retransmission of the first group-based feedback codebook to the base station , wherein the first acknowledgment feedback indication is not included in the retransmission.