mhurhangee/ep-ind-claims huggingface dataset:
An apparatus, comprising: a first termination system to perform impedance matching for a first ground loop of a communication system associated with a signal transmitted between a first component and a second component within the communication system; and a second termination system to perform impedance matching for a second ground loop of the communication system associated with common-mode interference; and wherein: the communication system includes a single-ended communication link or a differential communication link between the first component and the second component; the second ground loop of the communication system comprises a non-component-based ground or an Earth-based ground; and the common-mode interference is coupled into the single-ended communication link or a differential communication link; and the second termination system is adapted to absorb or dissipate the common-mode interference, characterized in that the first ground loop of the communication system comprises a component-based ground within at least one of the first component or the second component. a first termination system to perform impedance matching for a first ground loop of a communication system associated with a signal transmitted between a first component and a second component within the communication system; and a second termination system to perform impedance matching for a second ground loop of the communication system associated with common-mode interference; and wherein: the communication system includes a single-ended communication link or a differential communication link between the first component and the second component; the second ground loop of the communication system comprises a non-component-based ground or an Earth-based ground; and the common-mode interference is coupled into the single-ended communication link or a differential communication link; and the second termination system is adapted to absorb or dissipate the common-mode interference, the communication system includes a single-ended communication link or a differential communication link between the first component and the second component; the second ground loop of the communication system comprises a non-component-based ground or an Earth-based ground; and the common-mode interference is coupled into the single-ended communication link or a differential communication link; and the second termination system is adapted to absorb or dissipate the common-mode interference,
A low-angle self-swinging type computed tomography apparatus, comprising: an X-ray generator configured to emit X-rays towards an object to be inspected; a data acquisition sub-system configured to collect signals of the X-rays passing through the object for inspection; a slip ring, wherein the X-ray generator and the data acquisition sub-system are arranged on a circumference of the slip ring and located opposite to each other with respect to a center of the slip ring, wherein the slip ring is configured to be able to reciprocate in a swinging way with the X-ray generator and the data acquisition sub-system carried thereon while the object to be inspected is located in or passing through an inspecting region between the X-ray generator and the data acquisition sub-system, wherein the slip ring has a maximum swinging amplitude of no more than 180 degrees, characterized in that: the center of gravity of the whole slip ring is offset with respect to its circle center and the reciprocating movement of the slip ring is a single-pendulum reciprocating movement. an X-ray generator configured to emit X-rays towards an object to be inspected; a data acquisition sub-system configured to collect signals of the X-rays passing through the object for inspection; a slip ring, wherein the X-ray generator and the data acquisition sub-system are arranged on a circumference of the slip ring and located opposite to each other with respect to a center of the slip ring, wherein the slip ring is configured to be able to reciprocate in a swinging way with the X-ray generator and the data acquisition sub-system carried thereon while the object to be inspected is located in or passing through an inspecting region between the X-ray generator and the data acquisition sub-system, wherein the slip ring has a maximum swinging amplitude of no more than 180 degrees, characterized in that: the center of gravity of the whole slip ring is offset with respect to its circle center and the reciprocating movement of the slip ring is a single-pendulum reciprocating movement. the center of gravity of the whole slip ring is offset with respect to its circle center and the reciprocating movement of the slip ring is a single-pendulum reciprocating movement.
A ceiling-mounted air conditioner comprising: a main body which is fixed onto a ceiling of a room where the ceiling-mounted air conditioner is installed and includes an air intake formed at the bottom thereof; a door panel which is connected to the bottom of the main body so as to be able to be attached to or detached from the main body and shuts or opens the air intake by being lifted up or down; a plurality of moving elements which are fixed onto the top surface of the door panel, are a predetermined distance apart from one another, and are lifted up or down so as to be able to lift up or down the door panel; and a plurality of rotation elements which are disposed at the main body so as to be able to rotate and thus to lift up or down the moving elements, characterised in that each of the moving elements includes a vertical portion having a cavity portion extending vertically therein and protruding vertically from the top surface of the door panel, a driving force transmitting portion formed on one side of the cavity portion and contacting a corresponding rotation element, and an elevation guide portion formed on the other side of the cavity portion and guiding the elevation of the vertical portion. a main body which is fixed onto a ceiling of a room where the ceiling-mounted air conditioner is installed and includes an air intake formed at the bottom thereof; a door panel which is connected to the bottom of the main body so as to be able to be attached to or detached from the main body and shuts or opens the air intake by being lifted up or down; a plurality of moving elements which are fixed onto the top surface of the door panel, are a predetermined distance apart from one another, and are lifted up or down so as to be able to lift up or down the door panel; and a plurality of rotation elements which are disposed at the main body so as to be able to rotate and thus to lift up or down the moving elements, characterised in that each of the moving elements includes a vertical portion having a cavity portion extending vertically therein and protruding vertically from the top surface of the door panel, a driving force transmitting portion formed on one side of the cavity portion and contacting a corresponding rotation element, and an elevation guide portion formed on the other side of the cavity portion and guiding the elevation of the vertical portion.
A mobile device comprising: an antenna; and a controller configured to control the mobile device to transmit a wireless transmission via the antenna comprising a Clear To Send to Self, CTS-to-Self, frame that includes a duration field, the duration field including a value corresponding to a predefined listening time period, and wherein the controller is configured to control the mobile device to listen for one or more received echoes of the wireless transmission for the predefined listening time period from transmitting the wireless transmission; wherein said mobile device is configured to receive one or more echoes from one or more directions and wherein said controller is configured to determine a direction of said one or more directions based on an orientation of said mobile device, said one or more directions including at least one direction selected from the group consisting of a forward direction, a backward direction, a right direction, a left direction, an up direction, and a ground direction, and determine whether said mobile device is located in an indoor location or an outdoor location based on the received echoes, wherein said controller is configured to determine that said mobile device is located in an indoor location if the received echoes include echoes received from the ground direction, the up direction and at least three other directions of the directions. an antenna; and a controller configured to control the mobile device to transmit a wireless transmission via the antenna comprising a Clear To Send to Self, CTS-to-Self, frame that includes a duration field, the duration field including a value corresponding to a predefined listening time period, and wherein the controller is configured to control the mobile device to listen for one or more received echoes of the wireless transmission for the predefined listening time period from transmitting the wireless transmission; wherein said mobile device is configured to receive one or more echoes from one or more directions and wherein said controller is configured to determine a direction of said one or more directions based on an orientation of said mobile device, said one or more directions including at least one direction selected from the group consisting of a forward direction, a backward direction, a right direction, a left direction, an up direction, and a ground direction, and determine whether said mobile device is located in an indoor location or an outdoor location based on the received echoes, wherein said controller is configured to determine that said mobile device is located in an indoor location if the received echoes include echoes received from the ground direction, the up direction and at least three other directions of the directions.
A system comprising: a reservoir containing acrolein in fluid communication with a flow line, via a pump and piping; a cooling tower comprising cooling water and a sump outlet line in fluid communication with one or more condensers via the flow line; a geothermal steam line in fluid communication with the one or more condensers; a hydrogen sulfide sensor for measuring hydrogen sulfide concentrations in a non-condensable gas effluent stream of the one or more condensers; a pump controller coupled to the hydrogen sulfide sensor and the pump to adjust an acrolein injection rate, wherein the flow line is in fluid communication with the one or more condensers via a plurality of spray nozzles adapted to spray acrolein-water droplets inside the one or more condenser. a reservoir containing acrolein in fluid communication with a flow line, via a pump and piping; a cooling tower comprising cooling water and a sump outlet line in fluid communication with one or more condensers via the flow line; a geothermal steam line in fluid communication with the one or more condensers; a hydrogen sulfide sensor for measuring hydrogen sulfide concentrations in a non-condensable gas effluent stream of the one or more condensers; a pump controller coupled to the hydrogen sulfide sensor and the pump to adjust an acrolein injection rate, wherein the flow line is in fluid communication with the one or more condensers via a plurality of spray nozzles adapted to spray acrolein-water droplets inside the one or more condenser.
Apparatus configured to sense systemic blood pressure of a patient, the apparatus comprising: a patient-testing station comprising: pressure-sensing apparatus configured to be placed in contact with a portion of a body of the patient; a camera configured to acquire one or more images of the patient; a surface having a plurality of markings thereon and configured to be disposed in a vicinity of the patient during acquisition of the one or more images of the patient; and at least one computer processor configured to: estimate a location of a heart of the patient, by analyzing the one or more images of the patient; estimate a difference in height between the portion of the patient's body that is in contact with the pressure-sensing apparatus and the estimated location of the patient's heart, by identifying at least some of the markings within the one or more images of the patient and using the markings as a reference to determine a height of the patient's heart with respect to the patient-testing station, or a portion thereof; and generate an output, at least partially in response thereto. pressure-sensing apparatus configured to be placed in contact with a portion of a body of the patient; a camera configured to acquire one or more images of the patient; a surface having a plurality of markings thereon and configured to be disposed in a vicinity of the patient during acquisition of the one or more images of the patient; and at least one computer processor configured to: estimate a location of a heart of the patient, by analyzing the one or more images of the patient; estimate a difference in height between the portion of the patient's body that is in contact with the pressure-sensing apparatus and the estimated location of the patient's heart, by identifying at least some of the markings within the one or more images of the patient and using the markings as a reference to determine a height of the patient's heart with respect to the patient-testing station, or a portion thereof; and generate an output, at least partially in response thereto. estimate a location of a heart of the patient, by analyzing the one or more images of the patient; estimate a difference in height between the portion of the patient's body that is in contact with the pressure-sensing apparatus and the estimated location of the patient's heart, by identifying at least some of the markings within the one or more images of the patient and using the markings as a reference to determine a height of the patient's heart with respect to the patient-testing station, or a portion thereof; and generate an output, at least partially in response thereto.
An ex vivo method for producing a population of pancreatic beta-cells, comprising the step of: i) providing a population of pancreatic alpha-cells; ii) inhibiting the expression or activity of Arx in said population of pancreatic alpha-cells; wherein the expression of Arx is inhibited by using siRNA oligonucleotide, a ribozyme, an antisense oligonucleotide, Gamma-Amino Butyric Acid (GABA) or a GABA receptor agonist. i) providing a population of pancreatic alpha-cells; ii) inhibiting the expression or activity of Arx in said population of pancreatic alpha-cells; wherein the expression of Arx is inhibited by using siRNA oligonucleotide, a ribozyme, an antisense oligonucleotide, Gamma-Amino Butyric Acid (GABA) or a GABA receptor agonist.
A device consisting of a battery and a calorimetric measurement set-up with a sensor unit for quality control of the operation of a battery, which comprises a cathode and an anode, in particular for determining the state of health of the battery or a battery stack comprising a plurality of such batteries, wherein the measurement set-up and sensor unit is connected to data processing electronics via a communication link and sensor measurement values are recorded and processed therewith, characterized in that the sensor unit comprises at least one heat flow sensor, which is fastened temporarily or permanently to a cathode collector and/or an anode collector, or a corresponding battery contact of the battery or battery stack, with its sensor side fixed resting thereon in such manner as to conduct heat in a transverse direction, whereby heat flow sensor signals from the cathode collector and/or anode collector, and the battery contact of the battery can be read out, and can be transferred by means of the communication link to the data processing electronics and processed further.
A method of communication performed at an access terminal, comprising: selecting a cell advertising a closed subscriber group; identifying a Public Land Mobile Network, PLMN, wireless network associated with the selected cell; switching from an automatic mode of PLMN wireless network selection to a manual mode of PLMN, wireless network selection as a result of the identification of the wireless network; and registering at the identified wireless network, wherein the switching is performed as a result of a determination that the identified wireless network is different than a currently registered or preferred PLMN wireless network. selecting a cell advertising a closed subscriber group; identifying a Public Land Mobile Network, PLMN, wireless network associated with the selected cell; switching from an automatic mode of PLMN wireless network selection to a manual mode of PLMN, wireless network selection as a result of the identification of the wireless network; and registering at the identified wireless network, wherein the switching is performed as a result of a determination that the identified wireless network is different than a currently registered or preferred PLMN wireless network.
A method for wireless communication for a user equipment, UE,, the method comprising: receiving, from a base station, a group-based acknowledgment feedback configuration for at least a first group of downlink transmissions to the UE; receiving, from the base station, at least a first semi-persistent scheduling configuration that indicates resources for a plurality of downlink semi-persistent scheduling transmissions to the UE; determining a first group-based feedback codebook of the first group of downlink transmissions; determining, independently from the first group-based feedback codebook, at least a first acknowledgment feedback indication for a first downlink semi-persistent scheduling transmission; transmitting the first group-based feedback codebook and the first acknowledgment feedback indication to the base station; and transmitting, responsive to a request for a retransmission, a retransmission of the first group-based feedback codebook to the base station, wherein the first acknowledgment feedback indication is not included in the retransmission. receiving, from a base station, a group-based acknowledgment feedback configuration for at least a first group of downlink transmissions to the UE; receiving, from the base station, at least a first semi-persistent scheduling configuration that indicates resources for a plurality of downlink semi-persistent scheduling transmissions to the UE; determining a first group-based feedback codebook of the first group of downlink transmissions; determining, independently from the first group-based feedback codebook, at least a first acknowledgment feedback indication for a first downlink semi-persistent scheduling transmission; transmitting the first group-based feedback codebook and the first acknowledgment feedback indication to the base station; and transmitting, responsive to a request for a retransmission, a retransmission of the first group-based feedback codebook to the base station, wherein the first acknowledgment feedback indication is not included in the retransmission.
A sole structure for an article of footwear having an upper, the sole structure comprising: an outer member; a chamber including a first barrier layer and a second barrier layer, the first barrier layer bonded to the second barrier layer about peripheral portions of the first barrier layer and the second barrier layer to define an interior void between the first barrier layer and the second barrier layer; a tensile member bonded to the first barrier layer and the second barrier layer and comprising a first tensile member layer bonded to the first barrier layer, characterized in that a portion of the second barrier layer extends in a direction toward the first tensile member layer to define a first elongate indentation in the chamber; and wherein the first elongate indentation receives a first elongate rib formed by a first flex groove of outer member. an outer member; a chamber including a first barrier layer and a second barrier layer, the first barrier layer bonded to the second barrier layer about peripheral portions of the first barrier layer and the second barrier layer to define an interior void between the first barrier layer and the second barrier layer; a tensile member bonded to the first barrier layer and the second barrier layer and comprising a first tensile member layer bonded to the first barrier layer, characterized in that a portion of the second barrier layer extends in a direction toward the first tensile member layer to define a first elongate indentation in the chamber; and wherein the first elongate indentation receives a first elongate rib formed by a first flex groove of outer member.
Method for the production of a rich-media content from an oral presentation carried out by a user; this user making use of a processing unit and a screen in order to display at least one presentation document; the rich-media content comprising a video and/or audio stream and time codes acquired in real time, for each presentation document opened by the user during the acquisition of the video and/or audio stream in real time: - this presentation document is saved automatically and in real time in the rich-media content, - a synchronization is carried out by associating this presentation document with a time code, - each part of the presentation document is saved automatically and in real time as displayed successively on the screen, - a synchronization is carried out by associating each displayed part of the presentation document with a time code which relates to the time of display of the displayed part, - the text contained in each displayed part of the presentation document is extracted and analyzed automatically and in real time so as to detect a list of key words that are saved in the form of metadata in the rich-media content, characterized in that during analysis of the text, - any link to an external content is also detected, - this link is used to import and save this external content in the rich-media content, and - a synchronization is carried out by associating this external content with a time code. - this presentation document is saved automatically and in real time in the rich-media content, - a synchronization is carried out by associating this presentation document with a time code, - each part of the presentation document is saved automatically and in real time as displayed successively on the screen, - a synchronization is carried out by associating each displayed part of the presentation document with a time code which relates to the time of display of the displayed part, - the text contained in each displayed part of the presentation document is extracted and analyzed automatically and in real time so as to detect a list of key words that are saved in the form of metadata in the rich-media content, characterized in that during analysis of the text, - any link to an external content is also detected, - this link is used to import and save this external content in the rich-media content, and - a synchronization is carried out by associating this external content with a time code.