mhurhangee/patent-ind-claim-en huggingface dataset:
A high-strength hot-rolled steel sheet having a tensile strength TS in the range of 700 MPa 900 MPa and having a composition consisting of, on a mass percent basis, C: 0.071% or more to 0.15%, Si: 0.05% or more and 1.0% or less, Mn: 1.0% to 2.0%, P: 0.05% or less, S: 0.005% or less, Al: 0.01% or more and 0.1% or less, N: 0.01% or less, Ti: 0.065% to 0.125%, B: 0.0002% to 0.0030%, optionally at least one selected from Nb: 0.005% to 0.2%, Cu: 0.005% to 0.3%, Ni: 0.005% to 0.3%, Sn: 0.005% to 0.3%, Mo: 0.002% to 0.3%, Cr: 0.002% to 0.3%, Ca: 0.0002% to 0.004% and REM: 0.0002% to 0.004%, and the balance being Fe and incidental impurities, wherein the high-strength hot-rolled steel sheet has a microstructure comprising a bainite of more than 92% by volume, the bainite having an average lath interval of 0.60 μm or less, and Fe-based carbide precipitated in bainite lath grains having a ratio of 10% or more by number to all Fe-based carbide.
A method for displaying a content from 4D light field data, the method being executed by an electronic device , characterized in that the method comprises: - obtaining viewing rights; - processing said 4D light field data in accordance with a degradation level obtained from said viewing rights to derive said content from said 4D light field data, wherein a point of view of said content and/or a focus plane associated with said content are changed in time in accordance with said degradation level; and - providing said content derived from said 4D light field data to display. - obtaining viewing rights; - processing said 4D light field data in accordance with a degradation level obtained from said viewing rights to derive said content from said 4D light field data, wherein a point of view of said content and/or a focus plane associated with said content are changed in time in accordance with said degradation level; and - providing said content derived from said 4D light field data to display.
A structure comprising: a plurality of LEDs attached to a mount ; a wavelength converting layer disposed over the LEDs ; a transparent protective layer disposed over the wavelength converting layer ; and reflective material , wherein at the edge of the structure the reflective material is in direct contact with side surfaces of the LEDs , side surfaces of the wavelength converting layer and side surfaces of the protective layer , and optionally reflective material is disposed between neighboring LEDs in direct contact with the side surfaces of the LEDs , the side surfaces of the wavelength converting layer and the side surfaces of the protective layer . a plurality of LEDs attached to a mount ; a wavelength converting layer disposed over the LEDs ; a transparent protective layer disposed over the wavelength converting layer ; and reflective material , wherein at the edge of the structure the reflective material is in direct contact with side surfaces of the LEDs , side surfaces of the wavelength converting layer and side surfaces of the protective layer , and optionally reflective material is disposed between neighboring LEDs in direct contact with the side surfaces of the LEDs , the side surfaces of the wavelength converting layer and the side surfaces of the protective layer .
A beverage-making machine comprising a) at least one sensor for acquiring measured values for at least one component of the beverage-making machine; b) a data store ; c) a control unit ; d) an electronic data communication interface suitable for wired and/or wireless data transmission; e) a diagnostic program which is available to the beverage-making machine via the electronic data communication interface and/or is stored on the data store, characterised in that the control unit is configured to activate the diagnostic program after an instruction obtained via the electronic data communication interface and, based on information contained in the diagnostic program, to acquire measured values of at least one component of the beverage-making machine for a particular period of time via the at least one sensor and to provide these values to the electronic data communication interface and/or to store them on the data store. a) at least one sensor for acquiring measured values for at least one component of the beverage-making machine; b) a data store ; c) a control unit ; d) an electronic data communication interface suitable for wired and/or wireless data transmission; e) a diagnostic program which is available to the beverage-making machine via the electronic data communication interface and/or is stored on the data store,
Ventilated shoe comprising an upper , a heel seat provided with a counter , an outsole and a comfort insole , the outsole and the comfort insole defining therebetween a ventilation array comprising at least one longitudinal plantar channel , a ventilation passage being provided between the ventilation system and the outside of the shoe in the rear portion thereof, the ventilation passage being defined between the heel seat and the counter separately from the sole, the heel seat and the counter extending continuously between an opening on the outside and an opening in direct communication with the ventilation array defined between the soles, the shoe comprising spacing means between the heel seat and the counter , the shoe being characterized in that the spacing means comprise a plurality of protruding elements extending from the heel seat and/or from the counter, said spacing means forming a baffling.
Method for acquiring volumetric CBCT radiographies and PAN radiographies in an alternate way using an extraoral radiographic apparatus , the apparatus comprising rotary supporting arm , at whose ends at least an X-ray source and a single X-ray sensor are positioned, said supporting arm having the aim of rotating said at least one source and sensor around a patient; said method comprising the following steps: - setting the distance between the said at least one source and the said sensor to be the distance common for acquiring PAN Images, the said distance being in the range of 500 to 580 mm, and the distance between the X-ray source and the x-ray sensor is the same for the CBCT and the PAN acquisitions, whereby the PAN acquisitions occur with a trajectory having an angular extension of 220°, and the CBCT acquisitions occur with a trajectory having an angular extension of about 200°, - positioning a patient on the positioning device , and to prevent collisions with the patient during CBCT acquisitions - setting the rotation centre of the trajectory of said X-ray sensor to be never on the median sagittal plane defined by the patient positioned inside the apparatus and - setting the trajectory to be not symmetrical to any of the possible sagittal planes of the patient. - setting the distance between the said at least one source and the said sensor to be the distance common for acquiring PAN Images, the said distance being in the range of 500 to 580 mm, and the distance between the X-ray source and the x-ray sensor is the same for the CBCT and the PAN acquisitions, whereby the PAN acquisitions occur with a trajectory having an angular extension of 220°, and the CBCT acquisitions occur with a trajectory having an angular extension of about 200°, - positioning a patient on the positioning device , and to prevent collisions with the patient during CBCT acquisitions - setting the rotation centre of the trajectory of said X-ray sensor to be never on the median sagittal plane defined by the patient positioned inside the apparatus and - setting the trajectory to be not symmetrical to any of the possible sagittal planes of the patient.
A method for performing transmission by a narrowband internet-of-things, NB-IoT, user equipment , UE, in a wireless communication system, the method comprising: transmitting uplink, UL, data to a network via a physical uplink shared channel, PUSCH, by using a first resource unit; and transmitting an acknowledgement/negative-acknowledgement, ACK/NACK, signal to the network via the PUSCH by using a second resource unit, wherein the first resource unit consists of a first number of resource elements, REs, within one or more subcarriers in frequency domain and a first time interval in time domain, wherein the second resource unit consists of a second number of REs within a single subcarrier in frequency domain and a second time interval in time domain, wherein the second number of REs is smaller than the first number of REs, wherein the first resource unit is used for transmitting the UL data based on repetition, and wherein the second resource unit is used for transmitting the ACK/NACK signal based on repetition. transmitting uplink, UL, data to a network via a physical uplink shared channel, PUSCH, by using a first resource unit; and transmitting an acknowledgement/negative-acknowledgement, ACK/NACK, signal to the network via the PUSCH by using a second resource unit, wherein the first resource unit consists of a first number of resource elements, REs, within one or more subcarriers in frequency domain and a first time interval in time domain, wherein the second resource unit consists of a second number of REs within a single subcarrier in frequency domain and a second time interval in time domain, wherein the second number of REs is smaller than the first number of REs, wherein the first resource unit is used for transmitting the UL data based on repetition, and wherein the second resource unit is used for transmitting the ACK/NACK signal based on repetition.
A semiconductor device comprising: a data processing device; a memory device having a control circuit, wherein the control circuit has a management function of the memory device; a first substrate coupled to the data processing device and the memory device; a second substrate having a first external terminal and a second external terminal, the second substrate being coupled to the first substrate and used as a circuit substrate of a package covering the data processing device and the memory device; a first bus coupled between the data processing device and the control circuit provided in the memory device; a second bus coupled between the data processing device and the second external terminal; and a third bus coupled between the control circuit provided in the memory device and the first external terminal, whereby the memory device has a first access path where the data processing device performs reading and writing through the first bus and a second access path where reading and writing are performed by using the third bus, the control circuit, and the first bus. a data processing device; a memory device having a control circuit, wherein the control circuit has a management function of the memory device; a first substrate coupled to the data processing device and the memory device; a second substrate having a first external terminal and a second external terminal, the second substrate being coupled to the first substrate and used as a circuit substrate of a package covering the data processing device and the memory device; a first bus coupled between the data processing device and the control circuit provided in the memory device; a second bus coupled between the data processing device and the second external terminal; and a third bus coupled between the control circuit provided in the memory device and the first external terminal, whereby the memory device has a first access path where the data processing device performs reading and writing through the first bus and a second access path where reading and writing are performed by using the third bus, the control circuit, and the first bus.
A non-cylindrical prosthetic valve assembly comprising: a valve and a prosthesis frame having a first and second end and having a reduced and expanded configuration, the frame comprising: a first zone being an outflow zone proximal the first end, the first zone including a first plurality of structural members forming a first plurality of cells; a second zone being an inflow zone proximal the second end, the second zone including a second plurality of structural members forming a second plurality of cells; and a third zone being a valve support zone between the first and second zones , the third zone including a third plurality of structural members forming a third plurality of cells; wherein the zones are positioned axially with respect to each other, the fully expanded diameter of the first zone is different than that of the second zone and the valve is engaged to the prosthesis frame, characterized in that the cells are largest at the first zone , smaller in the second zone and smallest in the third zone and in that the frame consists of adjacent rows of cells from the first to the second end. a valve and a prosthesis frame having a first and second end and having a reduced and expanded configuration, the frame comprising: a first zone being an outflow zone proximal the first end, the first zone including a first plurality of structural members forming a first plurality of cells; a second zone being an inflow zone proximal the second end, the second zone including a second plurality of structural members forming a second plurality of cells; and a third zone being a valve support zone between the first and second zones , the third zone including a third plurality of structural members forming a third plurality of cells; a first zone being an outflow zone proximal the first end, the first zone including a first plurality of structural members forming a first plurality of cells; a second zone being an inflow zone proximal the second end, the second zone including a second plurality of structural members forming a second plurality of cells; and a third zone being a valve support zone between the first and second zones , the third zone including a third plurality of structural members forming a third plurality of cells; wherein the zones are positioned axially with respect to each other, the fully expanded diameter of the first zone is different than that of the second zone and the valve is engaged to the prosthesis frame, characterized in that the cells are largest at the first zone , smaller in the second zone and smallest in the third zone and in that the frame consists of adjacent rows of cells from the first to the second end.
Vehicle seat comprising at least one seat element in which at least one heating device and at least one ventilation device is provided, wherein the vehicle seat comprises a sensor device which has at least one temperature sensor and at least one humidity sensor , wherein an open-loop/closed-loop control device controls the heating device and/or the ventilation device on the basis of the data of the sensor device with respect to the comfort parameters temperature and/or humidity content, whereby the seat climate can be actively controlled, characterised in that the at least one seat element comprises a first layer which consists of a material which can absorb and transmit moisture, wherein the material of the first layer is porous and/or open-pored, wherein the at least one seat element can be heated by at least one heating device , whereby moisture absorbed in the first layer changes at least into a gaseous state and the air located in the seat element is heated, wherein the vapour generated by the heating can be conveyed out of the seat element by means of the ventilation device, wherein the vapour is drawn out of the seat element by means of the ventilation device .
A PDCP, Packet Data Convergence Protocol, status report transmitted by a wireless communication device and generated by a PDCP entity located between an upper layer and a lower layer of the wireless communication device, after a PDCP re-establishment is requested from the upper layer by determining a total number of missing PDCP SDUs, Service Data Units, comprising: an FMS, First Missing Sequence, number field set to a PDCP sequence number of a first missing PDCP SDU, Service Data Unit, a bitmap field of length in bits equal to the number of PDCP sequence numbers, SNs, from and not including the first missing PDCP SDU up to and including the last out-of-sequence PDCP SDUs, rounded up to the next multiple of 8, if the total number of missing PDCP SDUs exceeds one; wherein positions of the bitmap field for all PDCP SDUs that have not been received are indicated by the lower layer with a `0', and wherein positions of the bitmap field for all other PDCP SDUs are indicated with a ` 1'; and wherein, if the total number of missing PDCP SDUs is one or less, the PDCP status report does not include the bitmap field. an FMS, First Missing Sequence, number field set to a PDCP sequence number of a first missing PDCP SDU, Service Data Unit, a bitmap field of length in bits equal to the number of PDCP sequence numbers, SNs, from and not including the first missing PDCP SDU up to and including the last out-of-sequence PDCP SDUs, rounded up to the next multiple of 8, if the total number of missing PDCP SDUs exceeds one; wherein positions of the bitmap field for all PDCP SDUs that have not been received are indicated by the lower layer with a `0', and wherein positions of the bitmap field for all other PDCP SDUs are indicated with a ` 1'; and wherein, if the total number of missing PDCP SDUs is one or less, the PDCP status report does not include the bitmap field.
Medical system with a medical device and with a foot switch for use with the medical device , the foot switch comprising: an interface for communicative connection of the foot switch with a control unit of the device , at least one pedal for actuating the foot switch with a foot, an actuation sensor , which is configured to detect an actuation of the foot switch , wherein the actuation sensor generates a signal that is transmitted via the interface to the control unit of the device for switching a function of the medical device , a processor which is configured to receive signals from the control unit , which assigns the function that is to be switched to the at least one pedal via the interface , and at least one LED to display the assigned function in a certain color, wherein the LED is a multicolor LED , which can generate light in a multiplicity of different colors to display different functions of the device . an interface for communicative connection of the foot switch with a control unit of the device , at least one pedal for actuating the foot switch with a foot, an actuation sensor , which is configured to detect an actuation of the foot switch , wherein the actuation sensor generates a signal that is transmitted via the interface to the control unit of the device for switching a function of the medical device , a processor which is configured to receive signals from the control unit , which assigns the function that is to be switched to the at least one pedal via the interface , and at least one LED to display the assigned function in a certain color, wherein the LED is a multicolor LED , which can generate light in a multiplicity of different colors to display different functions of the device .
An atom interferometry acceleration measurement method comprising: releasing atoms from an atom source into an interferometer region of a Bragg-transition atom interferometer ; directing pulses of light at the atoms to place the atoms in different quantum states and to recombine the quantum states such that the recombined quantum states interfere with each other when the quantum states are overlapped spatially, the recombined quantum states creating a spatial fringe pattern with a phase; detecting the spatial fringe pattern and the phase of the spatial fringe pattern when the quantum states of the atoms are overlapped spatially; and measuring, based on the detected spatial fringe pattern, the acceleration of the Bragg-transition atom interferometer . releasing atoms from an atom source into an interferometer region of a Bragg-transition atom interferometer ; directing pulses of light at the atoms to place the atoms in different quantum states and to recombine the quantum states such that the recombined quantum states interfere with each other when the quantum states are overlapped spatially, the recombined quantum states creating a spatial fringe pattern with a phase; detecting the spatial fringe pattern and the phase of the spatial fringe pattern when the quantum states of the atoms are overlapped spatially; and measuring, based on the detected spatial fringe pattern, the acceleration of the Bragg-transition atom interferometer .
A method of inducing dry eye disease in a rodent animal, comprising administration of scopolamine and benzalkonium chloride to said rodent animal.
Mop comprising a base body , wherein on the main body cleaning strips are connected to connection regions , wherein the cleaning strips have cleaning regions in each case, wherein at least one cleaning strip is stiffened at its connection region to the base body and wherein a cleaning region of the cleaning strip is stiffened to a lesser extent or is not stiffened in comparison with the attachment region , characterized in that different cleaning strips have different widths.
A semen storage container comprising: an outer case with a bottom in a cylindrical shape having an open upper end ; an inner case with a bottom, the inner case having an open upper end and being provided on an inner side of the outer case to close an opening portion at the upper end of the outer case; and a removable lid laid over an upper end portion of the outer case to close an opening portion at the upper end of the inner case, the inner case including a semen guide which communicates with the opening portion at the upper end of the inner case and has an inner circumferential surface provided as an inclined surface which spreads upward, characterized in that the inner case further includes a cylindrical semen pool which communicates with an opening portion at a lower end of the semen guide and includes a tapered bottom portion . an outer case with a bottom in a cylindrical shape having an open upper end ; an inner case with a bottom, the inner case having an open upper end and being provided on an inner side of the outer case to close an opening portion at the upper end of the outer case; and a removable lid laid over an upper end portion of the outer case to close an opening portion at the upper end of the inner case, the inner case including a semen guide which communicates with the opening portion at the upper end of the inner case and has an inner circumferential surface provided as an inclined surface which spreads upward, characterized in that the inner case further includes a cylindrical semen pool which communicates with an opening portion at a lower end of the semen guide and includes a tapered bottom portion .
A target device with an optical display that can be shot at along at least one shooting direction (R), wherein the optical display comprises a disc with at least one structure-borne sound sensor , and wherein a light source for emitting a flash light and a camera for detecting a projectile position are provided; wherein, in order for said camera to detect the projectile position, said light source emits the flash light as a function of an output signal from said at least one structure-borne sound sensor towards the projectile impact surface of said disc , and said at least one structure-borne sound sensor is arranged on said disc in order to sense the structure-borne sound of said disc . wherein the optical display comprises a disc with at least one structure-borne sound sensor , and wherein a light source for emitting a flash light and a camera for detecting a projectile position are provided; wherein, in order for said camera to detect the projectile position, said light source emits the flash light as a function of an output signal from said at least one structure-borne sound sensor towards the projectile impact surface of said disc , and said at least one structure-borne sound sensor is arranged on said disc in order to sense the structure-borne sound of said disc .