mhurhangee/patent-ind-claim-en huggingface dataset:
A method of controlling a mobile communication network (RP1-RP7, UE), the method characterized by comprising, in response to reception quality measurement reports sent by a plurality of reception points within the mobile communication network following a transmission of data by a user equipment device (UE), the reception quality measurement reports being responsive to the reception of the transmission, configuring by an uplink controlling entity (Controller) the reception points (RP1-RP7) within the mobile communication network such that each of the multiple reception points is configured to exhibit a participation behaviour with respect to at least one of subsequent reception quality measurement reporting and payload data reporting with regard to transmissions from the user equipment device, the participation behaviour being dependent on the reception quality measurement report, wherein the participation behaviour with respect to reception quality measurement reporting is one of conditional reporting and unconditional reporting and the payload data reporting participation behaviour is one of no forwarding or storing of data, storing but no forwarding of data without an explicit request, conditional forwarding of data and forwarding of data.
A User Equipment, UE, comprising: a transmission and reception unit configured to receive a first Data Network Name, DNN, corresponding to a Data Network, DN, in a Registration Accept message in a Registration procedure; a control unit; and a memory , wherein the control unit is configured to: store the first DNN in the memory; and update the first DNN to a second DNN in a case that the transmission and reception unit further receives the second DNN in a network initiated update procedure. a transmission and reception unit configured to receive a first Data Network Name, DNN, corresponding to a Data Network, DN, in a Registration Accept message in a Registration procedure; a control unit; and a memory , wherein the control unit is configured to: store the first DNN in the memory; and update the first DNN to a second DNN in a case that the transmission and reception unit further receives the second DNN in a network initiated update procedure. store the first DNN in the memory; and update the first DNN to a second DNN in a case that the transmission and reception unit further receives the second DNN in a network initiated update procedure.
A method to mount a first component of an operating assembly , in particular a first portion of an optical assembly , on a hatch , in particular a hood , of a motor vehicle ; said hatch being movable relative to a frame of the motor vehicle between an open position and a closed position; said method comprising the steps of: i) connecting a covering element comprising reference elements to said first component in a releasable manner so as to form an assembly ; ii) placing said hatch in said open position relative to a frame of said motor vehicle ; iii) placing said covering element inside a seat of said hatch designed to house said first component , so as to place said first component in a given reference position relative to said hatch and to said seat ; iv) connecting said first component to said hatch ; and v) removing said covering element from said first component ; characterized in that the reference elements of said covering element comprise at least one flap and said step iii) comprises the step vi) of causing said at least one flap of said covering element to abut against a first end edge delimiting said seat (14 of said hatch on the side of a first surface facing said first component ; said step vi) comprising the step vii) of coupling said at least one flap in a snapping manner to the first end edge on the side of a second surface of said hatch delimiting said seat opposite said first surface . i) connecting a covering element comprising reference elements to said first component in a releasable manner so as to form an assembly ; ii) placing said hatch in said open position relative to a frame of said motor vehicle ; iii) placing said covering element inside a seat of said hatch designed to house said first component , so as to place said first component in a given reference position relative to said hatch and to said seat ; iv) connecting said first component to said hatch ; and v) removing said covering element from said first component ; characterized in that the reference elements of said covering element comprise at least one flap and said step iii) comprises the step vi) of causing said at least one flap of said covering element to abut against a first end edge delimiting said seat (14 of said hatch on the side of a first surface facing said first component ; said step vi) comprising the step vii) of coupling said at least one flap in a snapping manner to the first end edge on the side of a second surface of said hatch delimiting said seat opposite said first surface .
A method for denying, by a user equipment, UE, transmission in a wireless communication system, the method comprising: receiving (S1500) a validity period; receiving (S1500) a threshold which is a maximum number of subframes allowed for the UE to deny scheduled sidelink transmission and scheduled uplink transmission; counting (S1501) a number of sidelink subframes autonomously denied and a number of uplink subframes autonomously denied, during the validity period which includes previous subframes and a current subframe; and denying (S1503) both sidelink transmission and uplink transmission at the current subframe, when sum of the number of the sidelink subframes autonomously denied and the number of the uplink subframes autonomously denied is less than the threshold. receiving (S1500) a validity period; receiving (S1500) a threshold which is a maximum number of subframes allowed for the UE to deny scheduled sidelink transmission and scheduled uplink transmission; counting (S1501) a number of sidelink subframes autonomously denied and a number of uplink subframes autonomously denied, during the validity period which includes previous subframes and a current subframe; and denying (S1503) both sidelink transmission and uplink transmission at the current subframe, when sum of the number of the sidelink subframes autonomously denied and the number of the uplink subframes autonomously denied is less than the threshold.
A razor handle comprising: a proximal end portion , a distal end portion , and at least one skin interconnect member , said skin interconnect member in pivotal relation to said proximal end portion of said handle; a first plane B parallel to a topmost point on a top surface of said at least one skin interconnect member and perpendicular to a second plane Q; the second plane Q at a rearward most point of a rearward surface of said at least one skin interconnect member and wherein said second plane Q is perpendicular to said first plane B, wherein said rearward most point lies within 2 mm from said first plane B, and said second plane Q and said first plane B intersect at a point C, wherein a pivot point P of a rotational axis of said at least one skin interconnect member is in a region which is up to about 2 mm in front of point C up to about 12.5 mm behind point C, up to about 2 mm above the first plane B, and up to about 2.5 mm below the first plane B. a proximal end portion , a distal end portion , and at least one skin interconnect member , said skin interconnect member in pivotal relation to said proximal end portion of said handle; a first plane B parallel to a topmost point on a top surface of said at least one skin interconnect member and perpendicular to a second plane Q; the second plane Q at a rearward most point of a rearward surface of said at least one skin interconnect member and wherein said second plane Q is perpendicular to said first plane B, wherein said rearward most point lies within 2 mm from said first plane B, and said second plane Q and said first plane B intersect at a point C, wherein a pivot point P of a rotational axis of said at least one skin interconnect member is in a region which is up to about 2 mm in front of point C up to about 12.5 mm behind point C, up to about 2 mm above the first plane B, and up to about 2.5 mm below the first plane B.
Praziquantel for use in treating genital schistomiasis in a female patient, by inserting and depositing an effective dose of praziquantel into the vaginal cavity of the female patient.
Device for identifying and monitoring physiological blood values of a living being for a non-invasive in vivo measurement, containing at least one light source (20; 20a, 20b) for generating broadband light (2; 2a, 2b), preferably at least comprising 500 nm to 850 nm and/or 800 nm to 1200 nm, more particularly an LED, for acting on a measurement region (3; 3', 3"), means for spreading the analysis light according to the wavelength thereof, which analysis light has been returned by at least one measurement point (3; 3', 3") or has passed through the measurement point, a two-dimensional sensor array for recording the spread analysis light , which sensor array is arranged such that light with different wavelengths impinges on different points of the sensor array , with the device having a housing and being designed as compact assembly which contains at least the light source (20; 20a, 20b), the means for spreading and the sensor array and which is designed to be smaller than 20 mm x 30 mm x 100 mm, preferably approximately 10 mm x 15 mm x 50 mm, with the housing additionally being provided with attachment means, in such a way that the device is able to be attached directly to a patient, with the two-dimensional sensor array being arranged such that the spread analysis light impinges on a plurality of adjacent rows of the two-dimensional sensor array , with the measurement light being imaged onto a row of the sensor on account of the wavelength-dependent spread of measurement light and the spectrum being captured simultaneously by a plurality of rows of the sensor array lying parallel next to one another, with the device having a computer arrangement which is designed to add the spectra generated by the adjacent rows, with the device having a slit aperture , which is arranged between an inlet region for the analysis light and the means for spreading, and, with respect to the means for spreading the light, the slit aperture being arranged such that an elongate image is spread open in a direction different from, preferably perpendicular to, the elongate image, and with the two-dimensional sensor array being a CMOS image sensor with a frame rate of more than 100 Hz.
A control method for a transmission mechanism provided with a torque converter having a lockup clutch and configured to steplessly change the transmission ratio, comprising: delaying starting of an upshift control by the transmission mechanism until after a lockup engagement of the lockup clutch in a lockup engagement control is completed, when simultaneous execution of an upshift of the transmission mechanism is required at a time of starting a lockup engagement of the lockup clutch ; characterised by carrying out a shift control of the transmission mechanism using a shift map in which a coasting shift line in a state in which a driver's foot is off an accelerator pedal is set on the side on which a primary rotational speed (Npri) is higher than on a driving shift line in a low accelerator position opening amount state and carrying out a lockup re-engagement control following starting of a temporary disengagement of the lockup clutch upon determining existence of an upshift request (S22) of the transmission mechanism due to an accelerator depression operation from a coasting state with the driver's foot off the accelerator pedal while in a lockup engaged state, fixing (S24, S25) the transmission ratio of the transmission mechanism during the temporary disengagement of the lockup and during re-engagement of lockup, and starting (S27) an upshift control using the transmission mechanism when the lockup re-engagement is completed (S26). delaying starting of an upshift control by the transmission mechanism until after a lockup engagement of the lockup clutch in a lockup engagement control is completed, when simultaneous execution of an upshift of the transmission mechanism is required at a time of starting a lockup engagement of the lockup clutch ; characterised by carrying out a shift control of the transmission mechanism using a shift map in which a coasting shift line in a state in which a driver's foot is off an accelerator pedal is set on the side on which a primary rotational speed (Npri) is higher than on a driving shift line in a low accelerator position opening amount state and carrying out a lockup re-engagement control following starting of a temporary disengagement of the lockup clutch upon determining existence of an upshift request (S22) of the transmission mechanism due to an accelerator depression operation from a coasting state with the driver's foot off the accelerator pedal while in a lockup engaged state, fixing (S24, S25) the transmission ratio of the transmission mechanism during the temporary disengagement of the lockup and during re-engagement of lockup, and starting (S27) an upshift control using the transmission mechanism when the lockup re-engagement is completed (S26).
A spool valve, comprising: a valve body ; and a spool housed in the valve body so as to be movable in an axial direction, the spool having a load pressure acting surface and a pilot pressure acting surface , the load pressure acting surface being formed on one axial end side of the spool and configured to be acted on by a load pressure, the pilot pressure acting surface being formed on another axial end side of the spool and configured to be acted on by a pilot pressure, wherein the spool includes a spool body and a shoulder radially enlarged from the spool body , the shoulder has a first acting surface positioned on the other axial end side and a second acting surface positioned on the one axial end side, and the spool has a first communication hole and a second communication hole formed therein, and the first communication hole communicating between the load pressure acting surface and the first acting surface of the shoulder , the second communication hole communicating between the pilot pressure acting surface and the second acting surface of the shoulder ; characterized in that an area of the load pressure acting surface is equal to an area of the first acting surface of the shoulder , and an area of the pilot pressure acting surface is smaller than an area of the second acting surface of the shoulder . a valve body ; and a spool housed in the valve body so as to be movable in an axial direction, the spool having a load pressure acting surface and a pilot pressure acting surface , the load pressure acting surface being formed on one axial end side of the spool and configured to be acted on by a load pressure, the pilot pressure acting surface being formed on another axial end side of the spool and configured to be acted on by a pilot pressure, wherein the spool includes a spool body and a shoulder radially enlarged from the spool body , the shoulder has a first acting surface positioned on the other axial end side and a second acting surface positioned on the one axial end side, and the spool has a first communication hole and a second communication hole formed therein, and the first communication hole communicating between the load pressure acting surface and the first acting surface of the shoulder , the second communication hole communicating between the pilot pressure acting surface and the second acting surface of the shoulder ; characterized in that an area of the load pressure acting surface is equal to an area of the first acting surface of the shoulder , and an area of the pilot pressure acting surface is smaller than an area of the second acting surface of the shoulder .
A solar panel comprising a solar energy detection module (10; 11; 12; 13), comprising: a backsheet ; a first encapsulation layer , disposed above the backsheet ; a first photovoltaic unit , disposed above the first encapsulation layer ; a light source , disposed above the first encapsulation layer ; a second encapsulation layer , disposed above the first photovoltaic unit and the light source ; and a transparent layer 170 disposed above the second encapsulation layer ; wherein the light source is configured to emit light toward the transparent layer ; the first photovoltaic unit is arranged to be able to receive light emitted from the light source ; and the first photovoltaic unit is utilized to generate an electrical signal indicating intensity of light that the first photovoltaic unit receives; wherein the backsheet , the first encapsulation layer , the second encapsulation layer , and the transparent layer of the solar energy detection module (10;11;12;13) are disposed within and integrated into the structure of a solar panel such that the light source and the first photovoltaic unit are encapsulated between the first encapsulation layer and the second encapsulation layer ; and the first encapsulation layer and the second encapsulation layer are used for a plurality of second photovoltaic units of the solar panel (14; 15; 16) to be provided therebetween. a backsheet ; a first encapsulation layer , disposed above the backsheet ; a first photovoltaic unit , disposed above the first encapsulation layer ; a light source , disposed above the first encapsulation layer ; a second encapsulation layer , disposed above the first photovoltaic unit and the light source ; and a transparent layer 170 disposed above the second encapsulation layer ; wherein the light source is configured to emit light toward the transparent layer ; the first photovoltaic unit is arranged to be able to receive light emitted from the light source ; and the first photovoltaic unit is utilized to generate an electrical signal indicating intensity of light that the first photovoltaic unit receives; wherein the backsheet , the first encapsulation layer , the second encapsulation layer , and the transparent layer of the solar energy detection module (10;11;12;13) are disposed within and integrated into the structure of a solar panel such that the light source and the first photovoltaic unit are encapsulated between the first encapsulation layer and the second encapsulation layer ; and the first encapsulation layer and the second encapsulation layer are used for a plurality of second photovoltaic units of the solar panel (14; 15; 16) to be provided therebetween.
A method for determining a cooling solution for an electrical cabinet in which a plurality of electrical functional units are housed, said electrical functional units being arranged along a separation plane (P) of the electrical cabinet delimiting: - a first heat zone (E1) formed by a first area of the electrical cabinet located on a first side of the separation plane (P), and - a second heat zone (E2) formed by a second area of the electrical cabinet located on a second side of the separation plane (P), characterized in that the method is implemented by computer and comprises the following steps: - characterizing , from data relative to the electrical cabinet , a cooling need of the electrical cabinet , - deducing , based on the data relative to the electrical cabinet , a distribution coefficient of the cooling need between the first and second heat zones (E1, E2), - selecting , based on said cooling need, a cooling system to cool the electrical cabinet , - choosing , based on the selected cooling system and accessibility criteria of the electrical cabinet , an arrangement of the cooling system on at least one outer wall of the electrical cabinet , and - evaluating , based on the selected cooling system and the arrangement chosen for this cooling system , the need to form, in a lower half of the separation plane (P), a lower air circulation opening between the first heat zone (E1) and the second heat zone (E2), and - when it is found to be necessary to form a lower air circulation opening , evaluating the position and dimensions of this lower air circulation opening based on the distribution coefficient. - a first heat zone (E1) formed by a first area of the electrical cabinet located on a first side of the separation plane (P), and - a second heat zone (E2) formed by a second area of the electrical cabinet located on a second side of the separation plane (P), - characterizing , from data relative to the electrical cabinet , a cooling need of the electrical cabinet , - deducing , based on the data relative to the electrical cabinet , a distribution coefficient of the cooling need between the first and second heat zones (E1, E2), - selecting , based on said cooling need, a cooling system to cool the electrical cabinet , - choosing , based on the selected cooling system and accessibility criteria of the electrical cabinet , an arrangement of the cooling system on at least one outer wall of the electrical cabinet , and - evaluating , based on the selected cooling system and the arrangement chosen for this cooling system , the need to form, in a lower half of the separation plane (P), a lower air circulation opening between the first heat zone (E1) and the second heat zone (E2), and - when it is found to be necessary to form a lower air circulation opening , evaluating the position and dimensions of this lower air circulation opening based on the distribution coefficient.