mhurhangee/patent-ind-claim-en huggingface dataset:
A method of managing a mobile device, comprising: receiving from a mobile device management (MDM) authority a request to perform a management action with respect to the mobile device ; determining a scope of authority of the MDM authority with respect to the mobile device by performing a lookup in a table or other data structure to determine a relevant scope of authority that has been granted to the MDM authority; and in response to determining that the management action is not within the scope of authority of the MDM authority, modifying a scope of the management action to match the determined relevant scope by translating the management action to be a different management action that is specified in the table or other data structure and performing the different management action with respect to the mobile device. receiving from a mobile device management (MDM) authority a request to perform a management action with respect to the mobile device ; determining a scope of authority of the MDM authority with respect to the mobile device by performing a lookup in a table or other data structure to determine a relevant scope of authority that has been granted to the MDM authority; and in response to determining that the management action is not within the scope of authority of the MDM authority, modifying a scope of the management action to match the determined relevant scope by translating the management action to be a different management action that is specified in the table or other data structure and performing the different management action with respect to the mobile device.
A method for monitoring water quality in a plurality of fish tanks, wherein the method comprises: by a first sensor system receiving a first sample of water from a first of the plurality of fish tanks and measuring a first parameter of the first sample by the first sensor system ; by a second sensor system receiving a second sample of water from a second of the plurality of fish tanks and measuring a second parameter by the second sensor system characterized in that the method comprises measuring the second parameter by the second sensor system while simultaneously measuring the first parameter of the first sample by the first sensor system , the second parameter being different from the first parameter; subsequently receiving another water sample from the second fish tank by the first sensor system and measuring the first parameter thereof and receiving a further water sample from the first fish tank by the second sensor system and measuring the corresponding second parameter thereof.
A kit for a biotin LOCI assay containing a chemiluminescent detection system for determining the concentration of biotin in a sample, the kit comprising: (a) a composition comprising a first type of particles coated with a singlet oxygen-activatable chemiluminescent compound having biotin or an analog thereof directly or indirectly bound thereto providing biotin-coated particles or biotin-analog coated particles; and (b) a composition comprising a second type of particles coated with a sensitizer capable of generating singlet oxygen in its excited state and having traptavidin directly or indirectly bound thereto providing traptavidin-coated particles, wherein the traptavidin is capable of binding to biotin in the sample or to (a). (a) a composition comprising a first type of particles coated with a singlet oxygen-activatable chemiluminescent compound having biotin or an analog thereof directly or indirectly bound thereto providing biotin-coated particles or biotin-analog coated particles; and (b) a composition comprising a second type of particles coated with a sensitizer capable of generating singlet oxygen in its excited state and having traptavidin directly or indirectly bound thereto providing traptavidin-coated particles, wherein the traptavidin is capable of binding to biotin in the sample or to (a).
A method of distinguishing circulating tumor cells (CTCs) from CTC mimics based on a combination of distinct immunofluorescent staining and morphological characteristics, wherein the method comprises: (a) determining the presence or absence of one or more immunofluorescent CTC markers in nucleated cells in a non-enriched blood sample to detect a CTC candidate, wherein the non-enriched blood sample is a sample not enriched for any specific population or subpopulation of nucleated cells; (b) determining the presence or absence of one or more immunofluorescent circulating endothelial cell (CEC) markers in the CTC candidate; (c) determining the presence or absence of one or more immunofluorescent sample cell markers in the CTC candidate; and (d) assessing the morphology of the CTC candidate, wherein the immunofluorescent CTC markers comprise a cytokeratin (CK), wherein the immunofluorescent CEC markers comprise Von Willebrand factor (vWF), wherein the immunofluorescent sample cell markers comprise cluster of differentiation 45 (CD45), wherein the distinct immunofluorescent staining of CTC mimics includes the presence of the immunofluorescent CTC marker CK (CK+), the presence of the immunofluorescent CEC marker vWF (vWF+), and the absence of the immunofluorescent sample cell marker CD45 (CD45-), and wherein the distinct immunofluorescent staining of CTCs includes the presence of CK (CK+), the absence of vWF (vWF-), and the absence of CD45 (CD45-). (a) determining the presence or absence of one or more immunofluorescent CTC markers in nucleated cells in a non-enriched blood sample to detect a CTC candidate, wherein the non-enriched blood sample is a sample not enriched for any specific population or subpopulation of nucleated cells; (b) determining the presence or absence of one or more immunofluorescent circulating endothelial cell (CEC) markers in the CTC candidate; (c) determining the presence or absence of one or more immunofluorescent sample cell markers in the CTC candidate; and (d) assessing the morphology of the CTC candidate,
A structure for an electrochemical device, in particular of the solid oxide fuel cell (SOFC) type or solid oxide high temperature steam electrolyser (HTSE) type, the structure comprising at least one conducting support element of an interconnector (50.1) provided with at least one first face having at least one localised rough region , said localised rough region having an arithmetic mean roughness parameter corresponding to the arithmetic mean of its profile which is higher than the rest of said first face, said localised rough region being able to be contacted with an insulating bonding material of a seal.
Cooking hob with a control device which has a control element receptacle and a control element , which has at least one touch area (19 to 28), by means of which, when the touching area is touched, an operating condition of the cooking hob can be set, wherein an IR transmit-receive unit is embodied, with which IR radiation can be emitted to the touch area (19 to 28) and the touching of the touch area (19 to 28) can be detected by the IR radiation reflected from there, wherein the control element can be removably positioned on the control element receptacle , characterised in that the IR transmit-receive unit (18, 18a to 18c) is arranged below the control element receptacle outside of the control element and the control element has a cover which is permeable to IR radiation in areas.
Electronic assembly , with a printed circuit board , which has a current-conducting current path with two mutually spaced current path ends , said current path ends forming an interruption point , which is bridged as a thermal fuse by means of a contact clip , which is produced in particular without a preload, - wherein the contact clip has a multiple bent, open clip loop as well as a contact limb contacted with both current path ends using solder, and a fixing limb with a limb end seated in a printed circuit board opening , - wherein a deformation is being impressed on the contact clip under generation of an internal preload, - wherein bent-up loop sections of the clip loop of the contact clip and a middle loop section with at least three bending points are formed between the contact limb and the fixing limb characterized in that - the limb end of the fixing limb has an oversize with respect to the printed circuit board opening , and - the middle loop section of the clip loop has a larger section width than the contact limb and/or the fixing limb . - wherein the contact clip has a multiple bent, open clip loop as well as a contact limb contacted with both current path ends using solder, and a fixing limb with a limb end seated in a printed circuit board opening , - wherein a deformation is being impressed on the contact clip under generation of an internal preload, - wherein bent-up loop sections of the clip loop of the contact clip and a middle loop section with at least three bending points are formed between the contact limb and the fixing limb - the limb end of the fixing limb has an oversize with respect to the printed circuit board opening , and - the middle loop section of the clip loop has a larger section width than the contact limb and/or the fixing limb .
A method for controlling a feedback torque actuator and at least one yaw and/or lateral vehicle state actuator such as a steering position actuator in a steer-by-wire steering system incorporating the following method steps for the yaw and/or lateral vehicle state control: - measurement of at least one input signal with the aid of a sensor, - determination from the above-mentioned input signal of a measure of a torque applied by the driver via a steering wheel , - transformation of the above-mentioned input signal of a measure of a torque applied by the driver via a steering wheel to a desired yaw and/or lateral vehicle state, and - control of the mentioned one or more yaw and/or lateral vehicle state actuators for the vehicle state control whereby the mentioned desired yaw and/or lateral vehicle state is used as an input signal to the controllers, and furthermore also incorporating the following method step for the feedback torque actuator control: - definition of a steering-wheel torque to steering-wheel angle relation describing steering feel, wherein, if the above-mentioned vehicle position control results in a yaw and/or lateral vehicle state error, this error is transformed to a change in the steering-wheel torque to steering-wheel angle relation describing steering feel, this new steering feel relation being used as an input signal to a controller for the mentioned control of the feedback torque actuator in order for the driver to get feedback of the yaw and/or lateral vehicle state error without deteriorating the calculation of the target yaw and/or lateral vehicle state, characterised in that said steering-wheel torque to steering-wheel angle relation describing steering feel is used in the controller as a function from steering-wheel torque to steering-wheel angle such that the measured steering-wheel torque is used as input and the resulting steering-wheel angle is used as a reference value for the controller in order to minimise the steering-wheel angle error. - measurement of at least one input signal with the aid of a sensor, - determination from the above-mentioned input signal of a measure of a torque applied by the driver via a steering wheel , - transformation of the above-mentioned input signal of a measure of a torque applied by the driver via a steering wheel to a desired yaw and/or lateral vehicle state, and - control of the mentioned one or more yaw and/or lateral vehicle state actuators for the vehicle state control whereby the mentioned desired yaw and/or lateral vehicle state is used as an input signal to the controllers, and - definition of a steering-wheel torque to steering-wheel angle relation describing steering feel,
A catheter pump system comprising: a catheter for insertion into a patient into a position extending through an aorta of the patient, a distal end portion of the catheter being located near or extending through an aortic valve of the patient, the catheter having an inlet port at or near a distal end and an outlet port proximally of the inlet port and communicating with the inlet port via a blood flow channel; a pump having a fluid displacement member in the blood flow channel; a motor coupled to the pump for driving the pump; a motor controller for controlling motor speed, the motor controller having a pressure sensing port for connection to a control pressure source , the motor controller being arranged for causing motor speed to be increased in response to a reduction of pressure applied to the pressure sensing port and for causing motor speed to be reduced in response to an increase of pressure applied to the pressure sensing port. a catheter for insertion into a patient into a position extending through an aorta of the patient, a distal end portion of the catheter being located near or extending through an aortic valve of the patient, the catheter having an inlet port at or near a distal end and an outlet port proximally of the inlet port and communicating with the inlet port via a blood flow channel; a pump having a fluid displacement member in the blood flow channel; a motor coupled to the pump for driving the pump; a motor controller for controlling motor speed, the motor controller having a pressure sensing port for connection to a control pressure source , the motor controller being arranged for causing motor speed to be increased in response to a reduction of pressure applied to the pressure sensing port and for causing motor speed to be reduced in response to an increase of pressure applied to the pressure sensing port.
A hydraulic PTO (power take-off) for use with industrial drives , the hydraulic PTO , comprising: a PTO housing mounted between a prime mover and a piece of driven industrial equipment ; an output shaft extending from the PTO housing to selectively deliver power to the piece of driven equipment for driving rotation of a rotatable component of the piece of driven industrial equipment ; a brake assembly arranged within the PTO housing for slowing rotation of the output shaft , the brake assembly including, a brake ring radially spaced from the output shaft ; a brake pack having interleaved brake plates including a first set of brake plates rotationally fixed with respect to the brake ring and that a second set of brake plates arranged to rotate in unison with the output shaft ; characterized in that the hydraulic PTO additionally comprises a disconnect lever assembly movable between a locked position preventing rotation of the brake ring and the first set of brake plates with respect to the PTO housing and an unlocked position permitting rotation of the brake ring and the first set of brake plates to rotate in unison with the second set of brake plates and the output shaft . a PTO housing mounted between a prime mover and a piece of driven industrial equipment ; an output shaft extending from the PTO housing to selectively deliver power to the piece of driven equipment for driving rotation of a rotatable component of the piece of driven industrial equipment ; a brake assembly arranged within the PTO housing for slowing rotation of the output shaft , the brake assembly including, a brake ring radially spaced from the output shaft ; a brake pack having interleaved brake plates including a first set of brake plates rotationally fixed with respect to the brake ring and that a second set of brake plates arranged to rotate in unison with the output shaft ; characterized in that the hydraulic PTO additionally comprises a disconnect lever assembly movable between a locked position preventing rotation of the brake ring and the first set of brake plates with respect to the PTO housing and an unlocked position permitting rotation of the brake ring and the first set of brake plates to rotate in unison with the second set of brake plates and the output shaft . a brake ring radially spaced from the output shaft ; a brake pack having interleaved brake plates including a first set of brake plates rotationally fixed with respect to the brake ring and that a second set of brake plates arranged to rotate in unison with the output shaft ; characterized in that the hydraulic PTO additionally comprises a disconnect lever assembly movable between a locked position preventing rotation of the brake ring and the first set of brake plates with respect to the PTO housing and an unlocked position permitting rotation of the brake ring and the first set of brake plates to rotate in unison with the second set of brake plates and the output shaft .
A process for the preparation of nanoparticles from polysaccharides and derivatives thereof, by their specific partial oxidation to produce aldehyde groups and attach compounds with amino or other group with the R-NH 2 bond which react with aldehyde groups, characterized in that the polysaccharide or derivative thereof is oxidized by a known method to obtain aldehyde groups until the oxidation degree of 0,1% to 80% of the sugar rings is obtained, and then to the solution of the oxidized polysaccharide in water or a mixture of water and an organic solvent: (i) at least one nanoparticle-forming agent which after attachment of the aldehyde group exhibits hydrophobic properties, selected from the group comprising: aliphatic or aromatic organic amines containing from 4 to 20 carbon atoms, amides and hydrazides of aliphatic and aromatic organic acids containing from 4 to 20 carbon atoms, hydrophobic amino acids, phosphatidylethanolamine, and (ii) at least one active substance containing at least one amino, amido or hydrazide group, are added, and the reaction is conducted at pH of the solution from 1 to 9, at the temperature of from 10 to 100°C, wherein the total molar ratio of amino groups to aldehyde groups is from 20 to 0,5. (i) at least one nanoparticle-forming agent which after attachment of the aldehyde group exhibits hydrophobic properties, selected from the group comprising: aliphatic or aromatic organic amines containing from 4 to 20 carbon atoms, amides and hydrazides of aliphatic and aromatic organic acids containing from 4 to 20 carbon atoms, hydrophobic amino acids, phosphatidylethanolamine, and (ii) at least one active substance containing at least one amino, amido or hydrazide group,
Drive system comprising a main drive unit and an auxiliary drive device for the auxiliary driving of a building closure element driven by the main drive unit , wherein the auxiliary drive device comprises a first transmission mechanism and a second transmission mechanism, wherein the first transmission mechanism comprises a driven rotary member , wherein the first transmission mechanism further comprises a traction means , wherein the driven rotary member is of pivotal configuration for coupling to a rotary member of the second transmission mechanism for the auxiliary driving of the building closure element, characterized in that the auxiliary drive device further comprises a motorized drive unit supplied by a battery or an accumulator, that the first transmission mechanism comprises a driving rotary member , that the traction means couples the driving rotary member and the driven rotary member , that the drive unit is configured to drive the driving rotary member of the first transmission mechanism , that the traction means is configured to transmit a movement from the driving rotary member to the driven rotary member , and that the auxiliary drive device is arranged on a B-side of the main drive unit . wherein the auxiliary drive device comprises a first transmission mechanism and a second transmission mechanism, wherein the first transmission mechanism comprises a driven rotary member , wherein the first transmission mechanism further comprises a traction means , wherein the driven rotary member is of pivotal configuration for coupling to a rotary member of the second transmission mechanism for the auxiliary driving of the building closure element, characterized in that the auxiliary drive device further comprises a motorized drive unit supplied by a battery or an accumulator, that the first transmission mechanism comprises a driving rotary member , that the traction means couples the driving rotary member and the driven rotary member , that the drive unit is configured to drive the driving rotary member of the first transmission mechanism , that the traction means is configured to transmit a movement from the driving rotary member to the driven rotary member , and that the auxiliary drive device is arranged on a B-side of the main drive unit .
A method for wireless communications at a user equipment, UE , comprising: receiving a message indicating a group size and a hopping pattern index, wherein the group size corresponds to a size of a plurality of groups of a pool of distinct base sequences, wherein each base sequence in the pool of distinct base sequences has a peak to average power ratio, PAPR, below a threshold, and wherein the hopping pattern index corresponds to a cell identifier of a plurality of cell identifiers; selecting a base sequence from a group of the plurality of groups determined based on the group size and the hopping pattern index, wherein the group corresponds to an identified cell identifier of the plurality of cell identifiers; and transmitting an uplink message based at least in part on the selected base sequence on a cell corresponding to the identified cell identifier. receiving a message indicating a group size and a hopping pattern index, wherein the group size corresponds to a size of a plurality of groups of a pool of distinct base sequences, wherein each base sequence in the pool of distinct base sequences has a peak to average power ratio, PAPR, below a threshold, and wherein the hopping pattern index corresponds to a cell identifier of a plurality of cell identifiers; selecting a base sequence from a group of the plurality of groups determined based on the group size and the hopping pattern index, wherein the group corresponds to an identified cell identifier of the plurality of cell identifiers; and transmitting an uplink message based at least in part on the selected base sequence on a cell corresponding to the identified cell identifier.
A method performed by a home network of controlling attachment of a user equipment, UE, device to a non-home network when the UE device has an access to a non-3GPP network and thereby a connection with the home network via an interworking function entity, the method comprising: in the event of the UE device requesting an attachment to the non-home network, making in the home network a decision as to whether the attachment to the non-home network by the UE device should be rejected; and communicating the decision to the non-home network, wherein the home network communicates to the non-home network a message that the UE device's request is rejected, the message further indicating that a further request for attachment to the non-home network by the UE device is prohibited for at least one service while the connection with the home network is established so as to cause the UE device to refrain from requesting attachment to the non-home network for the at least one service as long as the connection to the home network via the interworking function entity is maintained. in the event of the UE device requesting an attachment to the non-home network, making in the home network a decision as to whether the attachment to the non-home network by the UE device should be rejected; and communicating the decision to the non-home network, wherein the home network communicates to the non-home network a message that the UE device's request is rejected, the message further indicating that a further request for attachment to the non-home network by the UE device is prohibited for at least one service while the connection with the home network is established so as to cause the UE device to refrain from requesting attachment to the non-home network for the at least one service as long as the connection to the home network via the interworking function entity is maintained.