mhurhangee/ep-ind-claims huggingface dataset:
A reciprocating electric shaver, comprising: a rotary motor; a conversion mechanism converting rotating motion of the rotary motor to reciprocating motion; and a pair of driving elements (130, 140) coupled to the conversion mechanism and reciprocating in phases opposite to each other, wherein each of the driving elements (130, 140) drives a plurality of blades, characterized in that in each of the driving elements (130, 140), an inner blade attachment portion (132a, 142a) to which an inner blade is detachably attached is formed, and moreover, an elastic leg (133, 143) supporting the inner blade attachment portion (132a, 142a) to allow the same to reciprocate is formed, an urging member (132b, 142b) urging the inner blade in a detaching direction of the inner blade is provided in each inner blade attachment portion (132a, 142a) and in a case of being viewed in a reciprocating direction of the driving elements (130, 140), an intermediate line of the elastic leg (133, 143) in a direction orthogonal to the reciprocating direction and in parallel to the detaching direction is located between a rotation axis of the rotary motor and a line of action of reaction force produced by the urging member (132b, 142b). a rotary motor; a conversion mechanism converting rotating motion of the rotary motor to reciprocating motion; and a pair of driving elements (130, 140) coupled to the conversion mechanism and reciprocating in phases opposite to each other,
Field effect transistor device, comprising: - a substrate of semiconductor material, - a body well of a first type of electric conductivity in the substrate, - a source region in the body well, the source region having an opposite second type of electric conductivity, - a source contact on the source region, - a body contact region of the first type of electric conductivity in the body well, - a body contact on the body contact region, and - a gate electrode layer partially overlapping the body well, wherein - the source contact is one of a plurality of source contacts on a straight line, - the body contact is one of a plurality of body contacts arranged on the straight line at a distance (d) from one another, and - a portion (2*) of the gate electrode layer is present on the straight line between the source contact and the body contact. - a substrate of semiconductor material, - a body well of a first type of electric conductivity in the substrate, - a source region in the body well, the source region having an opposite second type of electric conductivity, - a source contact on the source region, - a body contact region of the first type of electric conductivity in the body well, - a body contact on the body contact region, and - a gate electrode layer partially overlapping the body well, wherein - the source contact is one of a plurality of source contacts on a straight line, - the body contact is one of a plurality of body contacts arranged on the straight line at a distance (d) from one another, and - a portion (2*) of the gate electrode layer is present on the straight line between the source contact and the body contact.
A door construction comprising a sliding wing and a pivoting wing, wherein the sliding wing and the pivoting wing are arranged directly next to each other and can be opened in an opposite direction, as well as a closing sequence controller, wherein the opening mechanism of the sliding wing is configured such that for opening the sliding wing, this one has to be moved away from the pivoting wing by displacement (A1 or A2), wherein a locking device is provided that cooperates with a sliding element, which is assigned to the pivoting wing of the door construction, in a sliding rail of a frame of the door construction, comprising at least one release element, wherein the pivoting wing of the door construction can be brought into the closing position if the locking device is in the released state and wherein furthermore a sliding element is provided that can be displaced in a sliding rail of the frame of the door construction, which sliding element cooperates with the release element of the locking device and the sliding wing of the door construction, characterized in that the furthermore provided sliding element that cooperates with the release element of the locking device and with the sliding wing of the door construction, is arranged in a closing area of the sliding wing of the door construction in the sliding rail, the furthermore provided sliding element comprises a slide shoe that cooperates with the release element of the locking device in such a way that the release element of the locking device will be actuated if the furthermore provided sliding element and thus the slide shoe is displaced against the force of a spring fixed in the sliding rail by means of a spring lock, and the sliding element comprises a bolt which projects into a displacement area of the sliding wing and cooperates with the sliding wing, such that during closing of the door construction the pivoting wing of the door construction can only be brought into the closing position if the sliding wing of the door construction is in the closed position.
A kit for effecting amplification analysis of a sample to detect the regulation status of Wnt/β-catenin signaling pathway in a cell sample or subject, wherein the kit comprises nucleic acids that amplify and provide for the detection of at least 5 of the genes selected from the group consisting of CALM1, CCND1, CCND2, CHSY1, CXADR, CYP4V2, FAM44B, HSPA12A, LEF1, MTP18, MYC, NAV2, SKP2, PRMT6, MTSS1 and MT1A or an ortholog or variant thereof.
A magnetic fluid sealed bearing unit (1, 1A), comprising: an inner ring and an outer ring, each formed of a magnetic material; a plurality of rolling members interposed between the inner ring and the outer ring; a magnetic seal mechanism arranged between the inner ring and the outer ring and configured to inhibit entry of foreign substances toward the plurality of rolling members; a non-magnetic inner ring-side support member (30, 30A) fitted and retained on an inner peripheral surface of the inner ring; and a non-magnetic outer ring-side support member (40, 40A) fitted and retained on an outer peripheral surface of the outer ring, characterised in that the inner ring-side support member (30, 30A) and the outer ring-side support member (40, 40A) each have a flange (30a, 40a) formed thereon, the flange (30a, 40a) abutting against an end surface of a corresponding one of the inner ring and the outer ring in a state where the inner ring-side support member (30, 30A) and the outer ring-side support member (40, 40A) are each fitted and retained, and wherein the non-magnetic inner ring-side support member (30, 30A) protrudes from the inner ring in an axial direction. an inner ring and an outer ring, each formed of a magnetic material; a plurality of rolling members interposed between the inner ring and the outer ring; a magnetic seal mechanism arranged between the inner ring and the outer ring and configured to inhibit entry of foreign substances toward the plurality of rolling members; a non-magnetic inner ring-side support member (30, 30A) fitted and retained on an inner peripheral surface of the inner ring; and a non-magnetic outer ring-side support member (40, 40A) fitted and retained on an outer peripheral surface of the outer ring, characterised in that the inner ring-side support member (30, 30A) and the outer ring-side support member (40, 40A) each have a flange (30a, 40a) formed thereon, the flange (30a, 40a) abutting against an end surface of a corresponding one of the inner ring and the outer ring in a state where the inner ring-side support member (30, 30A) and the outer ring-side support member (40, 40A) are each fitted and retained, and wherein the non-magnetic inner ring-side support member (30, 30A) protrudes from the inner ring in an axial direction.
A method comprising: receiving, by a communication device during a contact interaction with an access device, a reset action; in response to the reset action, transmitting, by the communication device to the access device, interoperability level data comprising an answer to reset, ATR, value; generating, by the communication device during the interaction with the access device, a cryptogram using transaction level data and the interoperability level data, wherein the transaction level data comprises data relating to application selection and transaction processing; transmitting, by the communication device, the transaction level data to the access device; and transmitting by the communication device, the cryptogram to the access device, wherein the access device or a remote server computer in communication with the access device validates the cryptogram before allowing the interaction to proceed by: receiving the cryptogram, the transaction level data, and the interoperability data; decrypting the cryptogram to obtain the transaction level data and the interoperability level data; and comparing the transaction level data and interoperability level data received from the communication device with the transaction level data and the interoperability level data obtained from the cryptogram to determine if the received cryptogram is validated. receiving, by a communication device during a contact interaction with an access device, a reset action; in response to the reset action, transmitting, by the communication device to the access device, interoperability level data comprising an answer to reset, ATR, value; generating, by the communication device during the interaction with the access device, a cryptogram using transaction level data and the interoperability level data, wherein the transaction level data comprises data relating to application selection and transaction processing; transmitting, by the communication device, the transaction level data to the access device; and transmitting by the communication device, the cryptogram to the access device, wherein the access device or a remote server computer in communication with the access device validates the cryptogram before allowing the interaction to proceed by: receiving the cryptogram, the transaction level data, and the interoperability data; decrypting the cryptogram to obtain the transaction level data and the interoperability level data; and comparing the transaction level data and interoperability level data received from the communication device with the transaction level data and the interoperability level data obtained from the cryptogram to determine if the received cryptogram is validated. receiving the cryptogram, the transaction level data, and the interoperability data; decrypting the cryptogram to obtain the transaction level data and the interoperability level data; and comparing the transaction level data and interoperability level data received from the communication device with the transaction level data and the interoperability level data obtained from the cryptogram to determine if the received cryptogram is validated.
A system for continuous measurement of an analyte in a host, the system including: a continuous analyte sensor configured to continuously measure a concentration of the analyte in the host; a sensor electronics module physically connected to the continuous analyte sensor during sensor use, the sensor electronics module including electronics configured to process a data stream associated with an analyte concentration measured by the continuous analyte sensor in order to generate sensor information that includes displayable sensor information and to transmit the displayable sensor information to a display device using Bluetooth wireless technology; and a display device configured to display the displayable sensor information that has been transmitted by the sensor electronics module and use the displayable sensor information for alarming; wherein the sensor electronics module is configured to: receive an NFC transmission from the display device; and after receiving the NFC transmission, wake from a low power storage mode and wait for the sensor to equilibrate in vivo to ensure that the sensor is stable before the displayable sensor information is transmitted to the display device. a continuous analyte sensor configured to continuously measure a concentration of the analyte in the host; a sensor electronics module physically connected to the continuous analyte sensor during sensor use, the sensor electronics module including electronics configured to process a data stream associated with an analyte concentration measured by the continuous analyte sensor in order to generate sensor information that includes displayable sensor information and to transmit the displayable sensor information to a display device using Bluetooth wireless technology; and a display device configured to display the displayable sensor information that has been transmitted by the sensor electronics module and use the displayable sensor information for alarming; wherein the sensor electronics module is configured to: receive an NFC transmission from the display device; and after receiving the NFC transmission, wake from a low power storage mode and wait for the sensor to equilibrate in vivo to ensure that the sensor is stable before the displayable sensor information is transmitted to the display device. receive an NFC transmission from the display device; and after receiving the NFC transmission, wake from a low power storage mode and wait for the sensor to equilibrate in vivo to ensure that the sensor is stable before the displayable sensor information is transmitted to the display device.
A method of communicating data on test strip usage and insulin delivery from a blood glucose meter device and insulin delivery device to a repository and analyzing repository data to improve diabetes management comprising: storing testing data for a plurality of patients in a repository, the testing data comprising for respective patients at least one of the number of recommended tests per day and the number of test strips allotted to the patient via one of a supplier and an insurer, and characterized by: automatically transmitting test results from a blood glucose meter to the repository without user involvement based on detection of insertion of a test strip into a reader on the blood glucose meter, or telephone activation if the blood glucose meter is built into or connected to a cellular telephone configured to communicate with the repository wirelessly, or selected motion activation of the blood glucose meter, the test results comprising measured glucose level; comparing the testing data and the test results stored in the repository for at least a selected one of the patients to determine the number of test strips actually used by the patient, and the number of allotted test strips that are unused within a selected time period; storing patient prescription data at the repository; automatically transmitting, to the repository, delivery data relating to insulin delivered by an insulin delivery device upon detection of complete insulin delivery; and analyzing the stored patient prescription data and the stored delivery data corresponding to insulin delivered by the insulin delivery device over a selected period of time to determine if a patient requires replenishment of supplies. automatically transmitting test results from a blood glucose meter to the repository without user involvement based on detection of insertion of a test strip into a reader on the blood glucose meter, or telephone activation if the blood glucose meter is built into or connected to a cellular telephone configured to communicate with the repository wirelessly, or selected motion activation of the blood glucose meter, the test results comprising measured glucose level; comparing the testing data and the test results stored in the repository for at least a selected one of the patients to determine the number of test strips actually used by the patient, and the number of allotted test strips that are unused within a selected time period; storing patient prescription data at the repository; automatically transmitting, to the repository, delivery data relating to insulin delivered by an insulin delivery device upon detection of complete insulin delivery; and analyzing the stored patient prescription data and the stored delivery data corresponding to insulin delivered by the insulin delivery device over a selected period of time to determine if a patient requires replenishment of supplies.
A wireless communication device, comprising: a processor circuit; and an application processor (202, 303) for execution on the processor circuit to generate a near field communication controller interface packet, NCI packet; a secure element (204, 306) to wrap the NCI packet in a host controller protocol packet, HCP packet; and a near field communication controller, NFC controller (206, 308) to receive the HCP packet from the secure element (204, 306), wherein the NFC controller (206, 308) comprises a tunneling module configured to obtain the NCI packet by unwrapping the HCP packet. a processor circuit; and an application processor (202, 303) for execution on the processor circuit to generate a near field communication controller interface packet, NCI packet; a secure element (204, 306) to wrap the NCI packet in a host controller protocol packet, HCP packet; and a near field communication controller, NFC controller (206, 308) to receive the HCP packet from the secure element (204, 306), wherein the NFC controller (206, 308) comprises a tunneling module configured to obtain the NCI packet by unwrapping the HCP packet.
A surgical evacuation system, comprising: a pump; a motor operably coupled to the pump; and a flow path fluidically coupled to the pump, wherein the flow path comprises: a first fluid filter configured to extract a large droplet in a fluid moving through the flow path; and a second fluid filter configured to extract a small droplet in the fluid moving through the flow path, wherein the first fluid filter is coupled in series with the second fluid filter, wherein the first fluid filter is positioned upstream of the second fluid filter, wherein an outlet port of the second fluid filter is coupled to an inlet port of a non-fluid filter; and a first recirculation channel, wherein an inlet port of the first recirculation channel is positioned between the second fluid filter and the non-fluid filter, wherein the first recirculation channel is configured to recirculate the fluid output from the second fluid filter, and characterised in that the fluid directed into the first recirculation channel is injected into the first fluid filter. a pump; a motor operably coupled to the pump; and a flow path fluidically coupled to the pump, wherein the flow path comprises: a first fluid filter configured to extract a large droplet in a fluid moving through the flow path; and a second fluid filter configured to extract a small droplet in the fluid moving through the flow path, wherein the first fluid filter is coupled in series with the second fluid filter, wherein the first fluid filter is positioned upstream of the second fluid filter, wherein an outlet port of the second fluid filter is coupled to an inlet port of a non-fluid filter; and a first fluid filter configured to extract a large droplet in a fluid moving through the flow path; and a second fluid filter configured to extract a small droplet in the fluid moving through the flow path, wherein the first fluid filter is coupled in series with the second fluid filter, wherein the first fluid filter is positioned upstream of the second fluid filter, wherein an outlet port of the second fluid filter is coupled to an inlet port of a non-fluid filter; and
Magazine for portion-wise receiving individualized bulk electronic components, the magazine comprising a receiving structure which comprises a plurality of closable receiving cavities (112, 112a) arranged along a longitudinal axis of the receiving structure; a cover structure which is arranged at an upper side of the receiving structure and is displaceable along the longitudinal axis, so that in a closed position of the cover structure, all receiving cavities (112, 112a) are covered and in an opening position of multiple opening positions, at least one receiving cavity is free; and a closure foil which, in the form of a closed belt, surrounds the cover structure along the longitudinal axis wherein at least a part of the closure foil is releasably connected to the receiving structure. a receiving structure which comprises a plurality of closable receiving cavities (112, 112a) arranged along a longitudinal axis of the receiving structure; a cover structure which is arranged at an upper side of the receiving structure and is displaceable along the longitudinal axis, so that in a closed position of the cover structure, all receiving cavities (112, 112a) are covered and in an opening position of multiple opening positions, at least one receiving cavity is free; and a closure foil which, in the form of a closed belt, surrounds the cover structure along the longitudinal axis wherein at least a part of the closure foil is releasably connected to the receiving structure.
A floating floor panel, comprising a core of a plastic material, and a mechanical locking system for locking the floor panel to adjacent floor panels horizontally and vertically at its long and short sides through angling and/or snapping, characterised in that the floor panel further comprises a resilient surface arranged on said core, the resilient surface comprising a transparent, hard and durable wear layer of plastic material, a reinforcement layer made of an elastic material, which is both moisture proof and sound-absorbing, and an intermediate decorative layer of plastic film or decorative patterns printed directly on an underside of the transparent wear layer or on an upper side of the elastic reinforcement layer, a joint seal (55, 55a, 55b) at least at one of the adjoining joint edge portions of the floor panels, the joint seal adapted to counteract penetration of moisture along the joint surfaces of the joint edges between adjoining floor panels (1, 1'), the joint seal made of an elastic sealing material, is secured in the floor panel and formed simultaneously with the forming of the locking system of the floor panels, and adapted to be elastically deformed when the floor panel is joined with the similar floor panel. a core of a plastic material, and a mechanical locking system for locking the floor panel to adjacent floor panels horizontally and vertically at its long and short sides through angling and/or snapping, characterised in that the floor panel further comprises a resilient surface arranged on said core, the resilient surface comprising a transparent, hard and durable wear layer of plastic material, a reinforcement layer made of an elastic material, which is both moisture proof and sound-absorbing, and an intermediate decorative layer of plastic film or decorative patterns printed directly on an underside of the transparent wear layer or on an upper side of the elastic reinforcement layer, a joint seal (55, 55a, 55b) at least at one of the adjoining joint edge portions of the floor panels, the joint seal adapted to counteract penetration of moisture along the joint surfaces of the joint edges between adjoining floor panels (1, 1'), the joint seal made of an elastic sealing material, is secured in the floor panel and formed simultaneously with the forming of the locking system of the floor panels, and adapted to be elastically deformed when the floor panel is joined with the similar floor panel.