mhurhangee/patent-ind-claim-en huggingface dataset:
A securement device for a catheter , said securement device comprising: a base configured for attachment to a patient's skin over a catheter insertion site , said base comprising a top surface , a bottom surface , and an opening configured to accommodate a catheter inserted therethrough from the catheter insertion site ; a cover member configured with said base over said opening , said cover member movable from an open position to a closed position over the catheter insertion site , said cover member configured to secure the catheter ; and a lip on said bottom surface of said base such that the lip contacts the patient's skin , said lip configured around at least a portion of said opening , wherein said lip is configured to reduce leakage from the catheter insertion site when the securement device is secured to the patient's skin ; and a housing configured on said base and surrounding said opening , said housing and said base defining an interior space configured to receive the catheter therein, wherein said housing is configured such that the catheter coils within said interior space . a base configured for attachment to a patient's skin over a catheter insertion site , said base comprising a top surface , a bottom surface , and an opening configured to accommodate a catheter inserted therethrough from the catheter insertion site ; a cover member configured with said base over said opening , said cover member movable from an open position to a closed position over the catheter insertion site , said cover member configured to secure the catheter ; and a lip on said bottom surface of said base such that the lip contacts the patient's skin , said lip configured around at least a portion of said opening , wherein said lip is configured to reduce leakage from the catheter insertion site when the securement device is secured to the patient's skin ; and a housing configured on said base and surrounding said opening , said housing and said base defining an interior space configured to receive the catheter therein, wherein said housing is configured such that the catheter coils within said interior space .
An apparatus comprising: control logic to: generate a test mode signal to include a test pattern and an error reporting sequence ; and transmitter logic to: send the test mode signal from a first device on a link comprising two or more sublinks (675a; 675b; 675c) over one or more extension devices (660; 665) to a second device , wherein the test mode signal sent on a sublink (675a; 675b; 675c) is to be received by one of the one or more extension devices (660; 665) or the second device at the end of the respective sublink (675a; 675b; 675c) and used to identify errors on the sublink (675a; 675b; 675c), characterized in that the error reporting sequence contains predefined subsets assigned to each sublink for storing error information about that sublink, describing error status of sublinks in the two or more sublinks (675a; 675b; 675c), relating to the sublink wherein the one or more extension devices (660; 665) and the second device compare the received test mode pattern with an expected test mode pattern and regenerate the expected test mode pattern; wherein the one or more extension devices (660; 665) encode the corresponding subset with the error status of the previous sublink (675a; 675b; 675c). control logic to: generate a test mode signal to include a test pattern and an error reporting sequence ; and transmitter logic to: send the test mode signal from a first device on a link comprising two or more sublinks (675a; 675b; 675c) over one or more extension devices (660; 665) to a second device , wherein the test mode signal sent on a sublink (675a; 675b; 675c) is to be received by one of the one or more extension devices (660; 665) or the second device at the end of the respective sublink (675a; 675b; 675c) and used to identify errors on the sublink (675a; 675b; 675c), send the test mode signal from a first device on a link comprising two or more sublinks (675a; 675b; 675c) over one or more extension devices (660; 665) to a second device , wherein the test mode signal sent on a sublink (675a; 675b; 675c) is to be received by one of the one or more extension devices (660; 665) or the second device at the end of the respective sublink (675a; 675b; 675c) and used to identify errors on the sublink (675a; 675b; 675c), characterized in that the error reporting sequence contains predefined subsets assigned to each sublink for storing error information about that sublink, describing error status of sublinks in the two or more sublinks (675a; 675b; 675c), relating to the sublink wherein the one or more extension devices (660; 665) and the second device compare the received test mode pattern with an expected test mode pattern and regenerate the expected test mode pattern; wherein the error reporting sequence contains predefined subsets assigned to each sublink for storing error information about that sublink, describing error status of sublinks in the two or more sublinks (675a; 675b; 675c), relating to the sublink wherein the one or more extension devices (660; 665) and the second device compare the received test mode pattern with an expected test mode pattern and regenerate the expected test mode pattern; wherein
Method for monitoring a cooling power of an air cooling device for cooling an electrical component of an electronics assembly , the cooling device comprising a heat sink , which is thermally coupled to the electrical component , and a fan for generating a cooling air flow over/through the heat sink , the method comprising: heating a thermal element , which is an element separate from the electrical component and is positioned in a region of the cooling air flow ; actuating the fan in order to increase the cooling air flow intensity; detecting a temperature (Tk) of the thermal element ; and ascertaining a defect of the air cooling device depending on the detected temperature (Tk) of the thermal element following the intended increased cooling air flow intensity. heating a thermal element , which is an element separate from the electrical component and is positioned in a region of the cooling air flow ; actuating the fan in order to increase the cooling air flow intensity; detecting a temperature (Tk) of the thermal element ; and ascertaining a defect of the air cooling device depending on the detected temperature (Tk) of the thermal element following the intended increased cooling air flow intensity.
A protection cover configured to protect an electronic device , the protection cover comprising: a first cover part configured to be located on a front surface of an electronic device; a second cover part connected with the first cover part and configured to be located on a rear surface of the electronic device; a mounting part rotatably connected between the first cover part and the second cover part and configured to seat the rear surface of at least a portion of the electronic device and to mount the electronic device at various angles using a frictional force upon rotation; a supporting part seated on the second cover part and configured to rotatably support the mounting part; and a mounting hinge part configured to provide the frictional force for rotatably coupling and mounting the mounting part at various angles between the mounting part and the supporting part , wherein the mounting hinge part comprising: a pair of first hinge members coupled and fixed to both sides of the mounting part ; and a pair of second hinge members coupled and fixed to a pair of side arms of the supporting part , rotatably coupled with the pair of first hinge members and configured to adjust rotation of the first hinge members to provide various mounting angles of the mounting part using the frictional force according to the coupling. a first cover part configured to be located on a front surface of an electronic device; a second cover part connected with the first cover part and configured to be located on a rear surface of the electronic device; a mounting part rotatably connected between the first cover part and the second cover part and configured to seat the rear surface of at least a portion of the electronic device and to mount the electronic device at various angles using a frictional force upon rotation; a supporting part seated on the second cover part and configured to rotatably support the mounting part; and a mounting hinge part configured to provide the frictional force for rotatably coupling and mounting the mounting part at various angles between the mounting part and the supporting part , wherein the mounting hinge part comprising: a pair of first hinge members coupled and fixed to both sides of the mounting part ; and a pair of second hinge members coupled and fixed to a pair of side arms of the supporting part , rotatably coupled with the pair of first hinge members and configured to adjust rotation of the first hinge members to provide various mounting angles of the mounting part using the frictional force according to the coupling. a pair of first hinge members coupled and fixed to both sides of the mounting part ; and a pair of second hinge members coupled and fixed to a pair of side arms of the supporting part , rotatably coupled with the pair of first hinge members and configured to adjust rotation of the first hinge members to provide various mounting angles of the mounting part using the frictional force according to the coupling.
A low-weight infant diaper having a longitudinal direction and a width direction that intersect each other, the low-weight infant diaper comprising: an exterior sheet arranged on a non-skin side with respect to an absorbent body ; and a belt member that includes a locking member on a one side in the width direction and that includes a locking member on another side in the width direction, the belt member being locked to a non-skin side of the exterior sheet by the one-side locking member , an additional joining portion being provided in a one-side region of the belt member , the additional joining portion being a portion that detachably joins a portion of the belt member to the exterior sheet . an exterior sheet arranged on a non-skin side with respect to an absorbent body ; and a belt member that includes a locking member on a one side in the width direction and that includes a locking member on another side in the width direction, the belt member being locked to a non-skin side of the exterior sheet by the one-side locking member , an additional joining portion being provided in a one-side region of the belt member , the additional joining portion being a portion that detachably joins a portion of the belt member to the exterior sheet .
A compound of the formula: wherein: R 1 a and R 1 b are independently selected from H and F, provided that at least one of R 1 a and R 1 b is F, R 2 is selected from the group consisting of optionally substituted benzyl and optionally substituted C 1 -C 6 alkyl, and Het is an optionally-substituted five- or six-membered heterocycle comprising at least one N, O, or S atom. R 1 a and R 1 b are independently selected from H and F, provided that at least one of R 1 a and R 1 b is F, R 2 is selected from the group consisting of optionally substituted benzyl and optionally substituted C 1 -C 6 alkyl, and Het is an optionally-substituted five- or six-membered heterocycle comprising at least one N, O, or S atom.
An amusement park system, comprising: an augmented experience system configured to: track guest interactions of a plurality of guests of an amusement park with one or more employees of the amusement park , one or more mobile devices , one or more wearable devices , one or more themed devices , or one or more physical objects disposed within a real-world environment of the amusement park ; and generate augmented reality (AR) images in the real-world environment based at least in part on data relating to the guest interactions of the plurality of guests . track guest interactions of a plurality of guests of an amusement park with one or more employees of the amusement park , one or more mobile devices , one or more wearable devices , one or more themed devices , or one or more physical objects disposed within a real-world environment of the amusement park ; and generate augmented reality (AR) images in the real-world environment based at least in part on data relating to the guest interactions of the plurality of guests .
A device for detecting contact with a manually activated steering device, comprising a steering device, in particular a vehicle steering wheel, a conductor arrangement disposed on the steering device which includes at least one conductor line having a significant ohmic resistance, and a control and evaluation device which is arranged - to apply an alternating voltage to the conductor line , - to measure the path of the current in the conductor arrangement , and - to evaluate the determined values, characterized in that the conductor arrangement includes plural sensor fields in the form of electrically conducting surfaces or areas connected to each other in series by electric conductors , wherein the electric conductors have a significant ohmic resistance between the sensor surfaces and areas. a steering device, in particular a vehicle steering wheel, a conductor arrangement disposed on the steering device which includes at least one conductor line having a significant ohmic resistance, and a control and evaluation device which is arranged - to apply an alternating voltage to the conductor line , - to measure the path of the current in the conductor arrangement , and - to evaluate the determined values, - to apply an alternating voltage to the conductor line , - to measure the path of the current in the conductor arrangement , and - to evaluate the determined values,
Bottom bracket device for a bicycle, with a means for blocking a bottom bracket shaft of the bottom bracket device against a rotational movement (R), and a receiving device for receiving a wireless signal , characterized in that the blocking and/or the unblocking of the bottom bracket shaft can be controlled depending on the reception, the form and/or the content of the wireless signal , characterized in that the bottom bracket shaft for converting mechanical energy into electrical energy is coupled to a generator in the bottom bracket device , and the conversion of mechanical energy into electrical energy takes place by rotation of the bottom bracket shaft in a freewheeling direction (R'), and the bottom bracket device has a positive-locking means for the releasable blocking of the bottom bracket shaft , wherein the positive-locking means has a profiling which permits rotation of the bottom bracket shaft in one direction of rotation (R) of the bottom bracket shaft and, in the opposite direction of rotation (R'), blocks the bottom bracket shaft against rotation.
A handheld-device imaging and collection booth , comprising: a first container and a second container attached to each other, wherein the first container comprises: a top panel arranged to enable acquiring a clear view of an inside of the first container ; and a unique computer-readable booth identifier included in the viewing area in a portion of the first container that does not interfere with the imaging; and one or more mirrors arranged facing the inside of the first container, such that an image captured by a camera of a portable user electronic device placed on top of the top panel through an opening in, or a transparent portion of, the top panel captures a) reflections, in the one or more mirrors , of a handheld-device placed inside the first container, and b) a direct view of a handheld device's surface facing the camera , wherein the second container comprises a collection chamber configured to receive the handheld device from the first container through an opening between a bottom of the first container and a top of the second container and to store the handheld-device . wherein the first container comprises: a top panel arranged to enable acquiring a clear view of an inside of the first container ; and a unique computer-readable booth identifier included in the viewing area in a portion of the first container that does not interfere with the imaging; and one or more mirrors arranged facing the inside of the first container, such that an image captured by a camera of a portable user electronic device placed on top of the top panel through an opening in, or a transparent portion of, the top panel captures a) reflections, in the one or more mirrors , of a handheld-device placed inside the first container, and b) a direct view of a handheld device's surface facing the camera , a top panel arranged to enable acquiring a clear view of an inside of the first container ; and a unique computer-readable booth identifier included in the viewing area in a portion of the first container that does not interfere with the imaging; and one or more mirrors arranged facing the inside of the first container, such that an image captured by a camera of a portable user electronic device placed on top of the top panel through an opening in, or a transparent portion of, the top panel captures a) reflections, in the one or more mirrors , of a handheld-device placed inside the first container, and b) a direct view of a handheld device's surface facing the camera , a) reflections, in the one or more mirrors , of a handheld-device placed inside the first container, and b) a direct view of a handheld device's surface facing the camera , wherein the second container comprises a collection chamber configured to receive the handheld device from the first container through an opening between a bottom of the first container and a top of the second container and to store the handheld-device .
An apparatus for dispensing a flowable product from a collapsible container comprising an air-tight cavity and an opening , the apparatus comprising: a reservoir comprising a chamber for storing flowable product, the chamber comprising: a product inlet for receiving flowable product delivered from the air-tight cavity of a connected collapsible container through the opening thereof; and a product outlet for the flowable product; and a piston positioned inside the chamber which is movable to vary the volume of the chamber ; characterized in that the apparatus comprises a vacuum pump selectively operable to move the piston towards a first position defining a maximum chamber volume. a reservoir comprising a chamber for storing flowable product, the chamber comprising: a product inlet for receiving flowable product delivered from the air-tight cavity of a connected collapsible container through the opening thereof; and a product outlet for the flowable product; and a piston positioned inside the chamber which is movable to vary the volume of the chamber ; characterized in that the apparatus comprises a vacuum pump selectively operable to move the piston towards a first position defining a maximum chamber volume.
Footwear structure for luminous footwear, comprising an upper and a connection unit combined with said upper , wherein said connection unit comprises a main body and connecting cables that extend from said main body in order to connect said connection unit to a control unit and/or a battery of an electronic light system, wherein said main body is provided with a connection port and junction points for the contact of said connecting cables at their ends that are proximal to said connection port , wherein said main body comprises a first section at which said connection port is arranged, and a second section at which said junction points are arranged, wherein said connection port has an accessing direction (A) and said connecting cables have an extending direction (E) at said junction points , wherein said accessing direction (A) and said extending direction (E) are neither aligned nor parallel to each other, said accessing direction (A) and said extending direction (E) forming with each other an angle different from 180°, preferably forming an angle of about 90°, wherein said accessing direction (A), said extending direction (E) and said junction points are lying on a same plane or on planes parallel to each other, wherein said plane is parallel, or said planes are parallel, to said main body, characterized in that said footwear structure comprises a tongue made in one piece with, or constrained to, said upper , wherein said main body of said connection unit is combined with said tongue , wherein said connection unit comprises a control button operating on the electronic light system, and wherein with respect to a middle axis (X-X) longitudinally extended on said tongue , said control button is arranged on one side towards the foot inside of said footwear structure .
A method for generating a local clock signal in a device using Universal Serial Bus (USB) downstream signals DP and DM , comprising; a) receiving the USB downstream differential signals DP and DM and generating a downstream bit-serial signal from the USB differential downstream signals DP and DM ; b) counting a number of cycles (R) of a free-running high frequency clock signal contained within a known number of bit periods (S) of the generated downstream bit-serial signal when a known generated downstream bit serial pattern is recognized; c) dividing the counted number of cycles (R) of the free-running high frequency clock signal by the known number of bit periods (S) of the generated downstream bit-serial signal for determining a number of cycles (T) of the free-running high frequency clock signal contained within a single bit period of the generated downstream bit-serial signal; and d) generating a local clock signal having a period equal to the determined number of free-running high frequency clock cycles (T) contained within a single bit period of the generated downstream bit-serial signal. a) receiving the USB downstream differential signals DP and DM and generating a downstream bit-serial signal from the USB differential downstream signals DP and DM ; b) counting a number of cycles (R) of a free-running high frequency clock signal contained within a known number of bit periods (S) of the generated downstream bit-serial signal when a known generated downstream bit serial pattern is recognized; c) dividing the counted number of cycles (R) of the free-running high frequency clock signal by the known number of bit periods (S) of the generated downstream bit-serial signal for determining a number of cycles (T) of the free-running high frequency clock signal contained within a single bit period of the generated downstream bit-serial signal; and d) generating a local clock signal having a period equal to the determined number of free-running high frequency clock cycles (T) contained within a single bit period of the generated downstream bit-serial signal.