mhurhangee/ep-ind-claims huggingface dataset:
A submarine optical transmission apparatus comprising: an optical component and an electric component; a plurality of first component housing units (11, 12, 21, 22) configured to be capable of housing either or both of the optical component and the electric component and to be stacked in a first direction; a case configured to be capable of housing the stacked first component housing units (11, 12, 21, 22), a longitudinal direction thereof being a second direction orthogonal to the first direction; and a heat dissipating member (2, 3) disposed in the case and configured to conduct heat generated in the plurality of first component housing units (11, 12, 21, 22) to the case, wherein each of the plurality of first component housing units (11, 12, 21, 22) comprises a substrate whose principal surface is normal to the first direction, and either or both of the optical component and the electric component are mounted on the substrate, and a component mounting surface of a first substrate included in the plurality of first component housing units (11, 12) and a component mounting surface of a second substrate included in the plurality of first component housing units (11, 12) are opposed to each other, characterized in that the heat dissipating member (2, 3) contacts with the substrate of each of the plurality of first component housing units (11, 12, 21, 22). an optical component and an electric component; a plurality of first component housing units (11, 12, 21, 22) configured to be capable of housing either or both of the optical component and the electric component and to be stacked in a first direction; a case configured to be capable of housing the stacked first component housing units (11, 12, 21, 22), a longitudinal direction thereof being a second direction orthogonal to the first direction; and a heat dissipating member (2, 3) disposed in the case and configured to conduct heat generated in the plurality of first component housing units (11, 12, 21, 22) to the case, wherein each of the plurality of first component housing units (11, 12, 21, 22) comprises a substrate whose principal surface is normal to the first direction, and either or both of the optical component and the electric component are mounted on the substrate, and a component mounting surface of a first substrate included in the plurality of first component housing units (11, 12) and a component mounting surface of a second substrate included in the plurality of first component housing units (11, 12) are opposed to each other, characterized in that the heat dissipating member (2, 3) contacts with the substrate of each of the plurality of first component housing units (11, 12, 21, 22).
A system for performing an active compression decompression treatment on a patient, the system comprising: a platform for placement under a patient; a belt configured to extend over a thorax of the patient, the belt configured to extend from the platform on a first side of the patient to a second side of the patient opposite the first side; an upward force actuator; a force-distributing mechanism configured to spread out force from the belt or upward force actuator over an area of the thorax, wherein the force-distributing mechanism is located at a mid-portion of the belt; a coupling mechanism coupled to the force-distributing mechanism, the coupling mechanism for coupling the upward force actuator to the thorax of the patient to transfer a decompressing force from the upward force actuator to the thorax of the patient; a controller; and a motor coupled to the belt and configured to receive one or more signals from the controller, the motor configured to respond to the one or more signals from the controller to cause the belt to tighten against the thorax of the patient, thereby exerting a compressing force on the thorax of the patient, and cause the belt to loosen, thereby allowing the upward force actuator to assist decompression of the thorax of the patient. a platform for placement under a patient; a belt configured to extend over a thorax of the patient, the belt configured to extend from the platform on a first side of the patient to a second side of the patient opposite the first side; an upward force actuator; a force-distributing mechanism configured to spread out force from the belt or upward force actuator over an area of the thorax, wherein the force-distributing mechanism is located at a mid-portion of the belt; a coupling mechanism coupled to the force-distributing mechanism, the coupling mechanism for coupling the upward force actuator to the thorax of the patient to transfer a decompressing force from the upward force actuator to the thorax of the patient; a controller; and a motor coupled to the belt and configured to receive one or more signals from the controller, the motor configured to respond to the one or more signals from the controller to cause the belt to tighten against the thorax of the patient, thereby exerting a compressing force on the thorax of the patient, and cause the belt to loosen, thereby allowing the upward force actuator to assist decompression of the thorax of the patient. cause the belt to tighten against the thorax of the patient, thereby exerting a compressing force on the thorax of the patient, and cause the belt to loosen, thereby allowing the upward force actuator to assist decompression of the thorax of the patient.
A method of wireless communication at a user equipment, UE (115-a), comprising: receiving a carrier aggregation configuration comprising a first carrier, with a first transmission time interval, TTI length, a second carrier with a second TTI length different from the first TTI length, and a power control configuration, wherein the second carrier is an enhanced component carrier, eCC using a reduced or variable symbol duration; selecting a first transmission power level for the first carrier during a first TTI of the first TTI length; selecting a second transmission power level for the second carrier during a second TTI of the second TTI length, wherein the first TTI overlaps the second TTI and the second transmission power level is based at least in part on the power control configuration and the first transmission power level; transmitting on the first carrier based at least in part on the first transmission power level; and transmitting on the second carrier based at least in part on the second transmission power level. receiving a carrier aggregation configuration comprising a first carrier, with a first transmission time interval, TTI length, a second carrier with a second TTI length different from the first TTI length, and a power control configuration, wherein the second carrier is an enhanced component carrier, eCC using a reduced or variable symbol duration; selecting a first transmission power level for the first carrier during a first TTI of the first TTI length; selecting a second transmission power level for the second carrier during a second TTI of the second TTI length, wherein the first TTI overlaps the second TTI and the second transmission power level is based at least in part on the power control configuration and the first transmission power level; transmitting on the first carrier based at least in part on the first transmission power level; and transmitting on the second carrier based at least in part on the second transmission power level.
A computer-readable medium storing software instructions executable by data processing apparatus to perform operations comprising: receiving a search query including content in a first spoken language; selecting, from a set of potential second spoken languages different from the first spoken language, a subset of potential second spoken languages, the subset having fewer potential second spoken languages than the set of potential second spoken languages in its entirety; translating content included in one or more network locations in each of the potential second spoken languages of the subset into translated content in the first spoken language; comparing the translated content in the first spoken language with the content included in the search query in the first spoken language, wherein the translated content in the first spoken language includes translated content that satisfies the search query, the translated content that satisfies the search query being a translation of the content that satisfies the search query in each of the potential second spoken languages of the subset into the first spoken language; identifying from the translated content in the first spoken language, the translated content that satisfies the query based on the comparing; and providing the translated content that satisfies the search query in response to receiving the search query; c h a r a c t e r i z e d in that the subset of potential second spoken languages is selected based on relevance of each potential second spoken language to a subject matter of the content included in the search query arranged to expand potential search content. receiving a search query including content in a first spoken language; selecting, from a set of potential second spoken languages different from the first spoken language, a subset of potential second spoken languages, the subset having fewer potential second spoken languages than the set of potential second spoken languages in its entirety; translating content included in one or more network locations in each of the potential second spoken languages of the subset into translated content in the first spoken language; comparing the translated content in the first spoken language with the content included in the search query in the first spoken language, wherein the translated content in the first spoken language includes translated content that satisfies the search query, the translated content that satisfies the search query being a translation of the content that satisfies the search query in each of the potential second spoken languages of the subset into the first spoken language; identifying from the translated content in the first spoken language, the translated content that satisfies the query based on the comparing; and providing the translated content that satisfies the search query in response to receiving the search query; c h a r a c t e r i z e d in that the subset of potential second spoken languages is selected based on relevance of each potential second spoken language to a subject matter of the content included in the search query arranged to expand potential search content.
A method for controlling an orthotic or prosthetic joint of a lower extremity with a resistance device, which is assigned at least one actuator by way of which the flexion and/or extension resistance is changed in dependence on sensor data, information pertaining to the state being provided by way of sensors during the use of the joint, wherein the sensor data are determined by at least two devices for detecting at least two torques and the sensor data of at least two of the variables determined are linked to one another by a mathematical operation and, as a result, at least one auxiliary variable (a, b, c, d) is calculated and used as a basis for controlling the flexion and/or extension resistance, characterized in that a transverse force (Ft) exerted on a lower connection part is determined as auxiliary variable (c) from quotient of the difference between two torques (M1, M2) and the distance between the two devices for determining the torques.
A deep fryer apparatus, the apparatus including: an external body; a reservoir located within the body for holding a volume of cooking medium; the reservoir enabling receipt of a fry-basket; one or more heating elements (162, 202, 1011, 1012) for heating the cooking medium; a processor module arranged to receive a selected cooking temperature and coupled to the one or more heating elements (162, 202, 1011, 1012) for controlling activation and deactivation of the heating element; wherein the processor module is adapted to calculate an estimated temperature drop expected upon lowering of the fry-basket into the reservoir and to cause the cooking medium to be heated to a temperature that is the estimated temperature drop above the cooking temperature, thereby taking account of the estimated temperature drop; characterised in that the apparatus further includes a load-cell that has a weight sensing element arranged such that the load-cell, upon receiving the fry-basket, generates a weight-signal indicative of the weight of the fry-basket and the processor module is arranged to receive the weight-signal and to calculate the estimated temperature drop based on the received weight-signal. an external body; a reservoir located within the body for holding a volume of cooking medium; the reservoir enabling receipt of a fry-basket; one or more heating elements (162, 202, 1011, 1012) for heating the cooking medium; a processor module arranged to receive a selected cooking temperature and coupled to the one or more heating elements (162, 202, 1011, 1012) for controlling activation and deactivation of the heating element; wherein the processor module is adapted to calculate an estimated temperature drop expected upon lowering of the fry-basket into the reservoir and to cause the cooking medium to be heated to a temperature that is the estimated temperature drop above the cooking temperature, thereby taking account of the estimated temperature drop; characterised in that the apparatus further includes a load-cell that has a weight sensing element arranged such that the load-cell, upon receiving the fry-basket, generates a weight-signal indicative of the weight of the fry-basket and the processor module is arranged to receive the weight-signal and to calculate the estimated temperature drop based on the received weight-signal.
Contact arrangement comprising a measuring device for determining a contacting state of the contact arrangement and at least two electrical contacts, which in a first, open contacting state are electrically isolated from one another and in a second, closed contacting state are electrically connected to one another, wherein the measuring device comprises an acoustic signal transmitter, which is configured to couple an acoustic signal into a first contact of the at least two contacts, and a signal receiver, which is connected to a second contact of the at least two contacts in a sound-conducting manner.
Bypass flow channel of a turbofan engine having follow-up guide wheel vanes, arranged therein, of a follow-up guide-vane wheel for the removal of swirl from the air flow generated by the fan, and having cladding elements, arranged downstream thereof in the bypass flow channel, for fixtures provided in the bypass flow channel, such as lines, holders, supports or drive transmission means, characterized in that at least one follow-up guide wheel vane and one cladding element which follows the latter downstream are formed in one piece as a combined vane and cladding element, - wherein the combined vane and cladding element, for the removal of swirl from and low-loss flowing-off of the air flow, is formed with a predefined pressure- and suction-side outer contour corresponding to a curve of the mean line angle α of the profile, which curve is determined by the respective chord length of the relevant follow-up guide wheel vane and by the overall length of the combined vane and cladding element, and - wherein the overall length of the combined vane and cladding element between its leading edge and its trailing edge is divided into a first portion, which corresponds to the chord length of the relevant follow-up guide wheel vane, a second portion, the length of which substantially corresponds to the length of the first portion, a third portion, the length of which is approximately 0.7(L-2A), and a fourth portion, the length of which is approximately 0.3(L-2A), wherein the dimensionless mean line angle a, to the end of the first portion, increases to a value of 80%±10%, in the second portion, initially further increases and has a maximum value of 105%±5% at the end, in the third portion, steadily decreases to 100%, and in the fourth portion, remains constant at 100%. - wherein the combined vane and cladding element, for the removal of swirl from and low-loss flowing-off of the air flow, is formed with a predefined pressure- and suction-side outer contour corresponding to a curve of the mean line angle α of the profile, which curve is determined by the respective chord length of the relevant follow-up guide wheel vane and by the overall length of the combined vane and cladding element, and - wherein the overall length of the combined vane and cladding element between its leading edge and its trailing edge is divided into a first portion, which corresponds to the chord length of the relevant follow-up guide wheel vane, a second portion, the length of which substantially corresponds to the length of the first portion, a third portion, the length of which is approximately 0.7(L-2A), and a fourth portion, the length of which is approximately 0.3(L-2A), wherein the dimensionless mean line angle a, to the end of the first portion, increases to a value of 80%±10%, in the second portion, initially further increases and has a maximum value of 105%±5% at the end, in the third portion, steadily decreases to 100%, and in the fourth portion, remains constant at 100%.
A vehicular airbag device comprising an airbag (5,105,7,107) which opens an airbag door openably sealing an opening (4,104) formed on an instrument panel (2,102), which deploys and expands rearward in a vehicle longitudinal direction from the opening (4,104) toward an occupant sitting on a front seat of a vehicle, and which catches the occupant while being supported by the instrument panel (2,102), wherein when the airbag (5,105,7,107) is fully deployed and expanded, with respect to a center line (#X-#X, X-X) of the opening (4,104) in a vehicle left-right width direction as a reference, an outer shape of the airbag (5,105,7,107) on a vehicle interior side of the center line has a dimension in the vehicle width direction from the center line (#X-#X, X-X) at a rear edge position of the instrument panel (2,102) in the vehicle longitudinal direction which (#WB, WB) is greater than a dimension in the vehicle width direction (#WC, WC) from the center line (#X-#X, X-X) at a center position of the opening (4,104) in the vehicle longitudinal direction which is more forward in the vehicle longitudinal direction than the rear edge position of the instrument panel (2,102), characterized in that the dimension in the vehicle width direction (#WB, WB) at the rear edge position of the instrument panel (2,102) and the dimension in the vehicle width direction (#WC, WC) at the center position of the opening (4,104) in the vehicle longitudinal direction which is more forward in the vehicle longitudinal direction than the rear edge position of the instrument panel (2,102) are both greater than a maximum dimension in the vehicle width direction (#WC, WC) from the center line (#X-#X, X-X) on a vehicle interior side of the center line (#X-#X, X-X) at a vertical section including an apex position of the airbag which is more rearward in the vehicle longitudinal direction than the rear edge position of the instrument panel (2,102).
A marking strip, which has a plurality of marking elements (2a, b, c), which are connected to each other by means of a connecting region in each case, wherein the marking strip having the marking elements is designed to mark electrical devices, for which purpose each of the marking elements has a marking plate having at least one writing field, which can be provided with information such as writing, and wherein each of the marking elements has, on the side facing away from the writing field, a locking contour, which is connected, in particular integrally, to the marking plate, wherein the marking strip is composed of at least two different plastic materials of different hardness, characterized in that a. the locking contour of each marking element is composed of the harder plastic material, and b. the marking plate is composed of the softer plastic material at least in the region of the writing field, and/or that the connecting region between the marking elements completely or partially consists of the softer plastic region. a. the locking contour of each marking element is composed of the harder plastic material, and b. the marking plate is composed of the softer plastic material at least in the region of the writing field, and/or that the connecting region between the marking elements completely or partially consists of the softer plastic region.
A blunt impact indicator tape, comprising: a tape strip; a plurality of rupture-able fluid microspheres carried by said tape strip; a colored indicator fluid in each of said plurality of fluid microspheres; an adhesive layer on a first surface of said tape strip; and an adhesive backing on a second surface of said tape strip; wherein the plurality of rupture-able fluid microspheres are carried by said adhesive layer on said tape strip, so that the microspheres adhere to the adhesive layer. a tape strip; a plurality of rupture-able fluid microspheres carried by said tape strip; a colored indicator fluid in each of said plurality of fluid microspheres; an adhesive layer on a first surface of said tape strip; and an adhesive backing on a second surface of said tape strip; wherein the plurality of rupture-able fluid microspheres are carried by said adhesive layer on said tape strip, so that the microspheres adhere to the adhesive layer.
An air-conditioning apparatus comprising: a heat exchanger configured to cause heat exchange to be performed between a medium and air, the medium being a medium to transfer heat; a fan configured to send the air to the heat exchanger; and a controller; characterized in that the controller is configured to determine whether clogging due to foreign matter has occurred in the heat exchanger, based on a command voltage varied by a device control unit of the controller in accordance with a rotation speed of a fan motor that drives the fan so that the actual rotation speed of the fan motor becomes a target rotation speed, wherein, in response to determining that the command voltage sent to the fan motor is equal to or greater than a set clogging determination threshold for a set time after start of operation of the air-conditioning apparatus, the controller determines that the clogging due to foreign matter has occurred. a heat exchanger configured to cause heat exchange to be performed between a medium and air, the medium being a medium to transfer heat; a fan configured to send the air to the heat exchanger; and a controller; characterized in that the controller is configured to determine whether clogging due to foreign matter has occurred in the heat exchanger, based on a command voltage varied by a device control unit of the controller in accordance with a rotation speed of a fan motor that drives the fan so that the actual rotation speed of the fan motor becomes a target rotation speed, wherein, in response to determining that the command voltage sent to the fan motor is equal to or greater than a set clogging determination threshold for a set time after start of operation of the air-conditioning apparatus, the controller determines that the clogging due to foreign matter has occurred.