mhurhangee/patent-ind-claim-en huggingface dataset:
A tire and wheel assembly (100; 500) comprising: a wheel (110; 510) having a through hole (145; 545A, 454B); a tire mounted on the wheel (110; 510), thereby forming a cavity; a valve extending through the wheel (110; 510), from a location outside the cavity to a location inside the cavity, wherein the valve is spaced away from the through hole (145; 545A, 454B); and a deflection sensor (140; 410; 540A, 540B) mounted on the wheel(110; 510), characterized in that the deflection sensor (140; 410; 540A, 540B) is mounted on the wheel (110; 510) over the through hole (145; 545A, 454B) at a location outside the cavity such that no portion of the deflection sensor (140; 410; 540A, 540B) is inside the cavity. a wheel (110; 510) having a through hole (145; 545A, 454B); a tire mounted on the wheel (110; 510), thereby forming a cavity; a valve extending through the wheel (110; 510), from a location outside the cavity to a location inside the cavity, wherein the valve is spaced away from the through hole (145; 545A, 454B); and a deflection sensor (140; 410; 540A, 540B) mounted on the wheel(110; 510),
Rail vehicle wagon , comprising - a wagon body chassis with two outer solebars , a main crossmember which is arranged between these two solebars , and a further beam which is arranged between these two solebars , and - a bogie with an outer coupling device (14, 14a-14d) for the transmission of force between the bogie and the wagon body chassis , characterized in that the further beam is an inner solebar which adjoins the main crossmember and one of the two outer solebars , the further beam being arranged between one of the two outer solebars and the main crossmember , and the coupling device (14, 14a-14d) being coupled to the further beam of the wagon body chassis in such a way that the coupling device (14, 14a-14d) can introduce a force via the further beam into the wagon body chassis . - a wagon body chassis with two outer solebars , a main crossmember which is arranged between these two solebars , and a further beam which is arranged between these two solebars , and - a bogie with an outer coupling device (14, 14a-14d) for the transmission of force between the bogie and the wagon body chassis ,
Electronic module for a chip card, the module comprising a substrate (S) having, on a first face, a set of standardized electrical contacts (C1, C2, C3, C5, C6, C7) according to standard ISO 7816, allowing operation by contact with the corresponding contacts of a chip-card reader, and comprising, on a second face, an antenna and a microelectronic chip which is protected by an encapsulation zone and the chip being provided with a contact communication interface and with a contactless communication interface, the electrical contacts (C1-C7) being connected to the chip by conductive wires passing through connection wells , the antenna comprising a plurality of turns which are located on the periphery of the module and a proximal connection pad and a distal connection pad which are arranged inside the encapsulation zone and intended to be connected to corresponding terminals of said contactless communication interface of the chip , and the turns of the antenna comprising a localized bulge skirting the distal connection pad and oriented in the direction of the chip , the distal connection pad being located at a small distance d from the edge of the encapsulation zone , characterized in that the inner edges (8", 10") of the connection wells of the two contacts closest to the distal connection pad are further towards the outside of the module than the inner edges of the connection wells of the other contacts, so as to maximize the space available between the distal connection pad and said connection wells for the passage of the tracks of the antenna.
Method for operating a railway system , wherein - cryptographic data comprising at least one key and/or at least one digital certificate is stored in a storage device of a vehicle of the railway system , wherein the vehicle with its storage device is used to transport the cryptographic data, and - the cryptographic data is transmitted from the vehicle to the at least one track-side device of the railway system when said vehicle is present in communication range of at least one track-side device during a journey in order subsequently to guarantee protected communication, - in the method a plurality of communication steps in the form of an update of certificates or transmission of a certificate block list are realised by means of at least one further journey of the vehicle or at least one further vehicle . - cryptographic data comprising at least one key and/or at least one digital certificate is stored in a storage device of a vehicle of the railway system , wherein the vehicle with its storage device is used to transport the cryptographic data, and - the cryptographic data is transmitted from the vehicle to the at least one track-side device of the railway system when said vehicle is present in communication range of at least one track-side device during a journey in order subsequently to guarantee protected communication, - in the method a plurality of communication steps in the form of an update of certificates or transmission of a certificate block list are realised by means of at least one further journey of the vehicle or at least one further vehicle .
A diagnostic and rehabilitation seat pad, characterized in that it contains an inflatable element , at least two gyroscopic sensors for sensing inclination of at least part of the surface of the pad during use, an energy source for the gyroscopic sensors and a communications unit for data transmission sensed by the gyroscopic sensors .
An implantable hearing aid system comprising: - an external unit including an electronic unit operationally coupled to a first inductive coil arrangement configured to transmit power and/or data signals, and where the first inductive coil arrangement includes a loop structure with coils wound around and along at least a part of length of the loop structure , and the loop structure comprises an opening , - an implantable unit including a second inductive coil arrangement configured to form a transcutaneous link with the loop structure and to receive the power and/or data signals over the transcutaneous link, and where the second inductive coil arrangement is configured to be implanted fully or partially within a part of an ear of a user of the implantable hearing aid system, characterized in that : the external unit includes a housing and an earhook , and where a first end-face of the loop structure is arranged within the earhook and a second end-face of the loop structure is arranged within the housing , and in that the earhook is configured to be formed such that the first end-face of the loop structure is directed towards an outer surface of the housing , and the outer surface of the housing is configured to be directed towards the skin of the ear when the external unit is worn by the user. - an external unit including an electronic unit operationally coupled to a first inductive coil arrangement configured to transmit power and/or data signals, and where the first inductive coil arrangement includes a loop structure with coils wound around and along at least a part of length of the loop structure , and the loop structure comprises an opening , - an implantable unit including a second inductive coil arrangement configured to form a transcutaneous link with the loop structure and to receive the power and/or data signals over the transcutaneous link, and where the second inductive coil arrangement is configured to be implanted fully or partially within a part of an ear of a user of the implantable hearing aid system,
Method for activating a mobile device (D) in a network (R) comprising at least one display device (AR) coupled to a sensor (C), the method comprising: detecting (E1) the mobile device via said sensor coupled to said display device, recognizing said detected mobile device; the method being characterized in that it further comprises: displaying (E2) a virtual device representative of said detected mobile device on said display device such that the position of said virtual device on said display device is linked to the position of the mobile device in the capture field of the sensor, activating (E3) said mobile device in the network when the mobile device is displaced and the virtual device is displayed in a predetermined area on the display device according to a displacement of said mobile device. detecting (E1) the mobile device via said sensor coupled to said display device, recognizing said detected mobile device; displaying (E2) a virtual device representative of said detected mobile device on said display device such that the position of said virtual device on said display device is linked to the position of the mobile device in the capture field of the sensor, activating (E3) said mobile device in the network when the mobile device is displaced and the virtual device is displayed in a predetermined area on the display device according to a displacement of said mobile device.
An escapement system comprising a drive shaft and at least one escapement wheel having a plurality of impulse teeth , each of the impulse teeth being connected to the drive shaft via a respective spring element and having an initial position in which it is fixed such that the spring element has a preload tension.
A method of transmitting audio data from a first end user device to a second end user device , the method comprising: a first intermediate communication device receiving a first plurality of audio data packet fragments from a first end user device via Bluetooth low energy, BLE, communication, wherein the first end user device generates the first plurality of audio data packet fragments, further wherein each audio data packet fragment comprises audio data collected from an audio data stream; the first intermediate communication device assembling a plurality of audio data packets, wherein each audio data packet comprises N audio data packet fragments from the received first plurality of audio data packet fragments; and the first intermediate communication device transmitting the plurality of audio data packets to the second end user device over a communication network . a first intermediate communication device receiving a first plurality of audio data packet fragments from a first end user device via Bluetooth low energy, BLE, communication, wherein the first end user device generates the first plurality of audio data packet fragments, further wherein each audio data packet fragment comprises audio data collected from an audio data stream; the first intermediate communication device assembling a plurality of audio data packets, wherein each audio data packet comprises N audio data packet fragments from the received first plurality of audio data packet fragments; and the first intermediate communication device transmitting the plurality of audio data packets to the second end user device over a communication network .
An object detection system comprising a controller-circuit including at least one processor and at least one storage medium , the at least one processor being configured to execute instructions stored in the at least one storage medium to: receive a color image signal from a color camera and receive an infrared image signal from an infrared camera ; form first and second Single Shot Detectors, SSD, , the first SSD having a first plurality of feature layers (54A-64A) based on the color image signal and the second SSD having a second plurality of feature layers (54B-64B) based on the infrared image signal ; form a feature pyramid using gated fusion to pair and fuse feature layers (54A-64A, 54B-64B) from the first and second SSDs into a joint network of multiple shallow and deep layers, each layer of the pyramid indicating classification data including high level semantic information and location data including low level localization context, the pyramid being formed using gated fusion by applying a Rectified Linear Unit activation function to the feature layers, followed by an element-wise summing of the feature layers (54A-64A, 54B-64B) from the first and second SSDs ; and detect an object based on the pyramid . receive a color image signal from a color camera and receive an infrared image signal from an infrared camera ; form first and second Single Shot Detectors, SSD, , the first SSD having a first plurality of feature layers (54A-64A) based on the color image signal and the second SSD having a second plurality of feature layers (54B-64B) based on the infrared image signal ; form a feature pyramid using gated fusion to pair and fuse feature layers (54A-64A, 54B-64B) from the first and second SSDs into a joint network of multiple shallow and deep layers, each layer of the pyramid indicating classification data including high level semantic information and location data including low level localization context, the pyramid being formed using gated fusion by applying a Rectified Linear Unit activation function to the feature layers, followed by an element-wise summing of the feature layers (54A-64A, 54B-64B) from the first and second SSDs ; and detect an object based on the pyramid .
A composition suitable for topical administration to an eye, effective for treatment and/or prophylaxis of a microorganism infection or a disorder of at least one tissue of the eye, comprising a) povidone-iodine in a concentration between 0.01 % and 10%, b) a steroid selected from the group consisting of prednisolone, prednisone, and salts, esters, and a combination thereof, and c) optionally an anti-inflammatory agent. a) povidone-iodine in a concentration between 0.01 % and 10%, b) a steroid selected from the group consisting of prednisolone, prednisone, and salts, esters, and a combination thereof, and c) optionally an anti-inflammatory agent.
A mechanical connection system , comprising: a ceramic skin panel (68; 70) having a first surface , a second surface , and at least one aperture extending between the first surface and the second surface , the aperture having an axial centerline , a chamfered portion contiguous with the first surface , and an axial portion contiguous with the second surface ; at least one bushing having a housing and a collar , the housing having a head configured to mate with the chamfered portion of the at least one aperture disposed within the ceramic skin panel (68; 70), and a body configured to extend within the at least one aperture , and the collar is configured for engagement with the housing from the second surface side of the ceramic skin panel (68; 70); and at least one bolt configured for engagement with the bushing and a support structure , characterised in that the chamfered portion includes a tapered surface disposed at a first angle (β) such that a line extending along the tapered surface intersects the axial centerline at a plane of the second surface . a ceramic skin panel (68; 70) having a first surface , a second surface , and at least one aperture extending between the first surface and the second surface , the aperture having an axial centerline , a chamfered portion contiguous with the first surface , and an axial portion contiguous with the second surface ; at least one bushing having a housing and a collar , the housing having a head configured to mate with the chamfered portion of the at least one aperture disposed within the ceramic skin panel (68; 70), and a body configured to extend within the at least one aperture , and the collar is configured for engagement with the housing from the second surface side of the ceramic skin panel (68; 70); and at least one bolt configured for engagement with the bushing and a support structure , characterised in that the chamfered portion includes a tapered surface disposed at a first angle (β) such that a line extending along the tapered surface intersects the axial centerline at a plane of the second surface .
A method of reporting, by a user equipment, UE, channel state information, CSI, in a wireless communication system, the method comprising: receiving (S1710), by the UE and from a base station, BS, downlink control information, DCI, related to an aperiodic CSI report that is to be performed by the UE in a slot n; determining, by the UE , a value n CQI_ref based on (i) a number of symbols N symb slot in one slot and (ii) a number of symbols Z' related to a time for computing the CSI; determining (S1720), by the UE , a CSI reference resource as being a slot n - n CQI_ref in a time domain that is to be used for the aperiodic CSI report; and transmitting (S1730), by the UE and to the BS , the aperiodic CSI report in the slot n, based on the CSI reference resource being slot n - n CQI_ref , characterized in that the n CQI_ref is the smallest value greater than or equal to Z ′ N symb slot for which the slot n - n CQI_ref corresponds to a valid downlink slot, wherein ⋅ is the floor function and the number of symbols N symb slot is equal to 14, wherein the aperiodic CSI report is transmitted on a Physical Uplink Shared Channel, PUSCH. receiving (S1710), by the UE and from a base station, BS, downlink control information, DCI, related to an aperiodic CSI report that is to be performed by the UE in a slot n; determining, by the UE , a value n CQI_ref based on (i) a number of symbols N symb slot in one slot and (ii) a number of symbols Z' related to a time for computing the CSI; determining (S1720), by the UE , a CSI reference resource as being a slot n - n CQI_ref in a time domain that is to be used for the aperiodic CSI report; and transmitting (S1730), by the UE and to the BS , the aperiodic CSI report in the slot n, based on the CSI reference resource being slot n - n CQI_ref , characterized in that the n CQI_ref is the smallest value greater than or equal to Z ′ N symb slot for which the slot n - n CQI_ref corresponds to a valid downlink slot, wherein ⋅ is the floor function and the number of symbols N symb slot is equal to 14, wherein the aperiodic CSI report is transmitted on a Physical Uplink Shared Channel, PUSCH.
Use of a targeting group for increasing the absorption, half-life or bioavailability of a therapeutic compound, wherein the targeting group is conjugated to the therapeutic compound, wherein the therapeutic compound is a peptide or protein and wherein the targeting group comprises a vitamin D moiety selected from cholecalciferol, ergocalciferol and calcidiol.
Electrolysis arrangement comprising: - an enclosure having a primary level with a floor spanned by a first direction (x) and a second direction (y) that is perpendicular to the first direction (x), - multiple stacks of electrolysis cells, wherein the stacks are configured to obtain an anode product and a cathode product by electrolysis of a medium, and wherein the stacks are arranged on the primary level of the enclosure , - at least two transformers and at least two rectifiers configured to provide electrical energy to the stacks , wherein the transformers are arranged on the primary level of the enclosure , - an anode separator connected to the stacks and configured to separate the anode product from the medium, wherein the anode separator is arranged on a secondary level of the enclosure , wherein the secondary level is elevated with respect to the primary level , - a cathode separator connected to the stacks and configured to separate the cathode product from the medium, wherein the cathode separator is arranged on the secondary level of the enclosure , and - a pump unit for driving the medium, wherein the pump unit is arranged on the primary level of the enclosure , wherein the enclosure comprises three sections (10.1, 10.2,10.3) that are arranged next to each other along the first direction (x), wherein at least one of the stacks and at least one of the transformers are arranged within a first (10.1) of the sections, wherein the pump unit , the anode separator and the cathode separator are arranged within a second (10.2) of the sections, and wherein at least one of the stacks and at least one of the transformers are arranged within a third (10.3) of the sections. - an enclosure having a primary level with a floor spanned by a first direction (x) and a second direction (y) that is perpendicular to the first direction (x), - multiple stacks of electrolysis cells, wherein the stacks are configured to obtain an anode product and a cathode product by electrolysis of a medium, and wherein the stacks are arranged on the primary level of the enclosure , - at least two transformers and at least two rectifiers configured to provide electrical energy to the stacks , wherein the transformers are arranged on the primary level of the enclosure , - at least two transformers and at least two rectifiers configured to provide electrical energy to the stacks , wherein the transformers are arranged on the primary level of the enclosure , - an anode separator connected to the stacks and configured to separate the anode product from the medium, wherein the anode separator is arranged on a secondary level of the enclosure , wherein the secondary level is elevated with respect to the primary level , - a cathode separator connected to the stacks and configured to separate the cathode product from the medium, wherein the cathode separator is arranged on the secondary level of the enclosure , and - a pump unit for driving the medium, wherein the pump unit is arranged on the primary level of the enclosure ,
A method of measuring a concentration of an analyte or total protein in a sample, the method comprising: contacting the sample with a colorimetric reagent to obtain a processed sample; focusing a camera comprising an aperture at the processed sample; opening the aperture for a period of time sufficient to collect a predetermined amount of light from the sample; measuring the period of time; and correlating the period of time with the concentration of the analyte or the total protein in the sample. contacting the sample with a colorimetric reagent to obtain a processed sample; focusing a camera comprising an aperture at the processed sample; opening the aperture for a period of time sufficient to collect a predetermined amount of light from the sample; measuring the period of time; and correlating the period of time with the concentration of the analyte or the total protein in the sample.