mhurhangee/patent-ind-claim-en huggingface dataset:
Plug-in connector part , connectable to a counterpart and insertable into a recess in a bulkhead, the plug-in connector part having a base body with a collar , the collar projecting beyond the surface of the recess in the bulkhead, a first sealing element in the form of a circumferential sealing lip being provided on the side of the collar facing the bulkhead, wherein the first sealing element is arranged to rest on the bulkhead wall when the Plug-in connector part is inserted into the recess in the bulkhead wall, wherein the Plug-in connector part further comprises a second sealing element in the form of a cable entry seal, characterised in that the Plug-in connector part further comprises a feedthrough for an insulation displacement connector, the Plug-in connector part comprising a third sealing element in the form of a feedthrough seal, the third sealing element being materially connected to the first sealing element and to the second sealing element .
A device suitable for delivery of a fluid composition to an eye, comprising: a hollow needle with abore having a proximal end and a distal end, said needle; and a solid separator having a distal tip, configured to move inside said bore of said hollow needle allowing said distal tip of said separator to protrude from said needle distal end, and further configured to create separation when inserted into layers of the eye below said sclera. characterized in that the device includes a body assembly comprising a separator assembly-accepting void connected by a communication passage with said bore of said hollow needle and an injector assembly-accepting void in fluid communication with said bore of said hollow needle, a separator assembly comprising said separator and an injector assembly , wherein the device is configured, when said separator assembly is located in said separator assembly-accepting void and said injector assembly is located in said injector assembly-accepting void , to allow said separator to protrude from said distal end of said needle and characterized in that said solid separator is configured to move inside the bore of the hollow needle allowing the distal tip of the separator to protrude from the distal end of the needle. a hollow needle with abore having a proximal end and a distal end, said needle; and a solid separator having a distal tip, configured to move inside said bore of said hollow needle allowing said distal tip of said separator to protrude from said needle distal end, and further configured to create separation when inserted into layers of the eye below said sclera. characterized in that the device includes a body assembly comprising a separator assembly-accepting void connected by a communication passage with said bore of said hollow needle and an injector assembly-accepting void in fluid communication with said bore of said hollow needle, a separator assembly comprising said separator and an injector assembly , wherein the device is configured, when said separator assembly is located in said separator assembly-accepting void and said injector assembly is located in said injector assembly-accepting void , to allow said separator to protrude from said distal end of said needle and characterized in that said solid separator is configured to move inside the bore of the hollow needle allowing the distal tip of the separator to protrude from the distal end of the needle.
A method of operating an electric machine , in particular an electric motor, wherein - the electric machine is electrically connected to a control unit , - the electric machine is subject to distortions , in particular harmonic distortions, during operation, wherein the distortions are detected only in part in that a first conversion of the distortions into the frequency range repeatedly takes place only for those distortions which lie within a predetermined first frequency spectrum , wherein a compensation signal which reduces the distortions is generated on the basis of the first conversion, characterized in that a second conversion of the distortions into the frequency range takes place, with the second conversion taking place for a second frequency spectrum which is larger than the first frequency spectrum and comprises the first frequency spectrum , with the first frequency spectrum being predetermined based on the result of the second conversion, and with the second conversion being performed repeatedly and at the same time less often than the first conversion. - the electric machine is electrically connected to a control unit , - the electric machine is subject to distortions , in particular harmonic distortions, during operation, wherein the distortions are detected only in part in that a first conversion of the distortions into the frequency range repeatedly takes place only for those distortions which lie within a predetermined first frequency spectrum , wherein a compensation signal which reduces the distortions is generated on the basis of the first conversion, characterized in that a second conversion of the distortions into the frequency range takes place, with the second conversion taking place for a second frequency spectrum which is larger than the first frequency spectrum and comprises the first frequency spectrum , with the first frequency spectrum being predetermined based on the result of the second conversion, and with the second conversion being performed repeatedly and at the same time less often than the first conversion. wherein the distortions are detected only in part in that a first conversion of the distortions into the frequency range repeatedly takes place only for those distortions which lie within a predetermined first frequency spectrum , wherein a compensation signal which reduces the distortions is generated on the basis of the first conversion, characterized in that a second conversion of the distortions into the frequency range takes place, with the second conversion taking place for a second frequency spectrum which is larger than the first frequency spectrum and comprises the first frequency spectrum , with the first frequency spectrum being predetermined based on the result of the second conversion, and with the second conversion being performed repeatedly and at the same time less often than the first conversion.
A noninvasive arteriovenous pressure measurement device comprising a probe for radiating ultrasound toward a blood vessel in a skin, a pressing part for pressing the skin in a state of being placed between the skin and the probe , and a detecting part for detecting a pressing force applied to the skin at the pressing part , the pressing part having a liquid permeable to the ultrasound and a flexible container accommodating the liquid , the flexible container being made of a flexible material permeable to the ultrasound, wherein a part of the outer surface of the flexible container , the part being in the path of the ultrasound, presses the skin, characterized in that the pressing part comprises a stretchable bag-like object in the flexible container accommodating the liquid and a fluid passage for allowing a fluid to flow into or out of the bag-like object .
Tetrahydrocannabinol (THC) in combination with olesoxime for use in the treatment of amyotrophic lateral sclerosis (ALS).
Device for bringing baby food to a certain temperature, wherein the device comprises a vessel having an interior for accommodating a container for the baby food, a unit for obtaining a temperature for bringing the interior to a certain temperature, and a first sensor for determining the temperature in the interior , wherein the device comprises a sensor unit having a second sensor for determining the temperature of the baby food in the container , characterized in that the device comprises an electronic unit for controlling the unit for obtaining a temperature in accordance with measured values from the first and the second sensor , wherein the electronic unit utilizes measured values from the first and the second sensor for controlling the unit for obtaining a temperature .
A container for disposable spray gun components comprising a container front surface ; a container rear surface ; a sidewall enclosing at least a rear portion of a storage volume and forming at least a portion of the container rear surface , the at least one sidewall comprising an opening perimeter proximate a front portion of the storage volume and defining a front opening ; a first decorative panel removably positioned in the front opening to substantially enclose the front portion of the storage volume and form at least a portion of the container front surface ; wherein the sidewall comprises: an ingress portion for loading disposable spray gun components into the storage volume ; and an egress portion for dispensing disposable spray gun components from the storage volume , and wherein the first decorative panel comprises a sheet that is deformed from a relaxed state to an installed state to be positioned in the front opening . an ingress portion for loading disposable spray gun components into the storage volume ; and an egress portion for dispensing disposable spray gun components from the storage volume , and
A cot for a child, comprising: a substantially rigid tensioning frame ; a flexible covering fabric , an edge of which is fixedly connected to the tensioning frame, whereby the tensioning frame and the flexible covering fabric form a first shell ; a second, substantially firm shell , wherein the covering fabric covers an outer surface of the second shell; characterized in that the second shell is provided on an upper side with a peripheral edge , this peripheral edge lying against the tensioning frame, wherein the second shell is clamped between the tensioning frame and the covering fabric. a substantially rigid tensioning frame ; a flexible covering fabric , an edge of which is fixedly connected to the tensioning frame, whereby the tensioning frame and the flexible covering fabric form a first shell ; a second, substantially firm shell , wherein the covering fabric covers an outer surface of the second shell; characterized in that the second shell is provided on an upper side with a peripheral edge , this peripheral edge lying against the tensioning frame, wherein the second shell is clamped between the tensioning frame and the covering fabric.
A speed change device comprising: an inner race having an outer surface and defining an axis; an outer race having an inner surface and coaxial with the inner race; a set of orbital rollers including inner rollers in geared contact with the outer surface of the inner race and outer rollers in geared contact with the inner surface of the outer race, each and every inner roller being in geared contact with two outer rollers, and each and every outer roller being in geared contact with two inner rollers; characterised in that : at least one of the outer surface of the inner race and the inner surface of the outer race being formed of two angled gear surfaces having different helix angle, wherein the two angled gear surfaces are positioned on axially adjacent components; and an input gear formed of two axially adjacent components each having a respective input angled gear surface, the respective input angled gear surfaces having different helix angles, the input gear being coaxial with the inner race and outer race and in geared contact with the inner rollers. an inner race having an outer surface and defining an axis; an outer race having an inner surface and coaxial with the inner race; a set of orbital rollers including inner rollers in geared contact with the outer surface of the inner race and outer rollers in geared contact with the inner surface of the outer race, each and every inner roller being in geared contact with two outer rollers, and each and every outer roller being in geared contact with two inner rollers; at least one of the outer surface of the inner race and the inner surface of the outer race being formed of two angled gear surfaces having different helix angle, wherein the two angled gear surfaces are positioned on axially adjacent components; and an input gear formed of two axially adjacent components each having a respective input angled gear surface, the respective input angled gear surfaces having different helix angles, the input gear being coaxial with the inner race and outer race and in geared contact with the inner rollers.
A device (D) for connecting one or more electrical connectors to a printed circuit board (P), including a casing , a printed circuit board (P) supported within said casing and a miniaturized connector system including: - at least one connector element mounted on a main side (P1) of the printed circuit board (P), comprising: - a main connector body made of plastic material, rigidly connected to the printed circuit board (P), and defining a receptacle (R) extending along a direction substantially parallel to the main plane of the printed circuit board (P), - at least one metal terminal , electrically-connected to the printed circuit board (P), arranged inside the receptacle (R) and configured to cooperate with a terminal of a cable according to an operating connection direction parallel to the main plane of the printed circuit board (P), - an auxiliary portion of the main body of the connector element , arranged on the extension of said main connector body and defining an extension portion (R1) of said receptacle (R), wherein said auxiliary portion of the body of the connector element is an integral part of a portion of the casing , separated with respect to said main body of the connector element , characterized in that: said portion of said casing has a plurality of grooves (S1, S2, S3, S4) to lock said printed circuit board (P) in position relative to said portion of the casing , each groove (S1, S2, S3, S4) defined by a pair of fins (A1, A2). - at least one connector element mounted on a main side (P1) of the printed circuit board (P), comprising: - a main connector body made of plastic material, rigidly connected to the printed circuit board (P), and defining a receptacle (R) extending along a direction substantially parallel to the main plane of the printed circuit board (P), - at least one metal terminal , electrically-connected to the printed circuit board (P), arranged inside the receptacle (R) and configured to cooperate with a terminal of a cable according to an operating connection direction parallel to the main plane of the printed circuit board (P), - an auxiliary portion of the main body of the connector element , arranged on the extension of said main connector body and defining an extension portion (R1) of said receptacle (R),
A signal sending method performed by an apparatus, comprising: determining (S21) a time-frequency resource, wherein the time-frequency resource comprises N subcarrier groups, the i th subcarrier group in the N subcarrier groups comprises K i subcarriers, the K i subcarriers are evenly spaced, N is a positive integer greater than or equal to 2 , and K i is an integer greater than 1; and sending (S22) a first signal on the N subcarrier groups, wherein a part that is of the first signal and that is carried in the i th subcarrier group in the N subcarrier groups is a first segment of a sequence {z q (m)}; a length of the sequence {z q (m)} is M; the sequence meets z q (m) = y q (m mod M zc ), wherein m = 0,1,2, ··· , M - 1, M is an integer greater than 1, M zc is a Zadoff-Chu length sequence which is a maximum prime number that meets M zc <M, or M zc is a minimum prime number that meets M zc >M; and K i < M ZC 2 , y q t = A ⋅ exp jαt exp − jπ qt t + 1 M ZC , wherein A is a non-zero complex constant, t = 0, 1, 2, ..., M zc -1, j = − 1 , α is a real number, q is determined based on an identifier of the first signal or a cell identifier, and q = ⌊ q ̅ + 1 / 2 ⌋ , wherein q = M zc · (n id + 1)/p, n id G {0,1,2,..., p - 2}, p is a prime number greater than 2, and n id is determined based on the identifier of the first signal or the cell identifier, wherein each of the N subcarrier groups carries a part of the first signal, the part of the signal carried in each subcarrier group is a segment of the sequence, and segments carried in the at least two of the N subcarrier groups are different determining (S21) a time-frequency resource, wherein the time-frequency resource comprises N subcarrier groups, the i th subcarrier group in the N subcarrier groups comprises K i subcarriers, the K i subcarriers are evenly spaced, N is a positive integer greater than or equal to 2 , and K i is an integer greater than 1; and sending (S22) a first signal on the N subcarrier groups, wherein a part that is of the first signal and that is carried in the i th subcarrier group in the N subcarrier groups is a first segment of a sequence {z q (m)}; a length of the sequence {z q (m)} is M; the sequence meets z q (m) = y q (m mod M zc ), wherein m = 0,1,2, ··· , M - 1, M is an integer greater than 1, M zc is a Zadoff-Chu length sequence which is a maximum prime number that meets M zc <M, or M zc is a minimum prime number that meets M zc >M; and K i < M ZC 2 , y q t = A ⋅ exp jαt exp − jπ qt t + 1 M ZC , wherein A is a non-zero complex constant, t = 0, 1, 2, ..., M zc -1, j = − 1 , α is a real number, q is determined based on an identifier of the first signal or a cell identifier, and q = ⌊ q ̅ + 1 / 2 ⌋ , wherein q = M zc · (n id + 1)/p, n id G {0,1,2,..., p - 2}, p is a prime number greater than 2, and n id is determined based on the identifier of the first signal or the cell identifier, wherein each of the N subcarrier groups carries a part of the first signal, the part of the signal carried in each subcarrier group is a segment of the sequence, and segments carried in the at least two of the N subcarrier groups are different
An atherectomy system , comprising: a handle ; a drive motor adapted to rotate a drive cable extending through the handle and operably coupled to an atherectomy burr ; a control system adapted to regulate operation of the drive motor , the control system further adapted to: provide the drive motor with a high frequency pulse width modulation (PWM) drive signal in order to operate the drive motor ; monitor a motor performance parameter ; characterised in that , when the motor performance parameter approaches a limit of a performance range, the control system adds a low frequency PWM signal to the high frequency PWM drive signal, thereby causing the drive motor to produce a tactile signal that signals to the user that the motor performance parameter is approaching the limit of the performance range. a handle ; a drive motor adapted to rotate a drive cable extending through the handle and operably coupled to an atherectomy burr ; a control system adapted to regulate operation of the drive motor , the control system further adapted to: provide the drive motor with a high frequency pulse width modulation (PWM) drive signal in order to operate the drive motor ; monitor a motor performance parameter ; characterised in that , when the motor performance parameter approaches a limit of a provide the drive motor with a high frequency pulse width modulation (PWM) drive signal in order to operate the drive motor ; monitor a motor performance parameter ; characterised in that , when the motor performance parameter approaches a limit of a performance range, the control system adds a low frequency PWM signal to the high frequency PWM drive signal, thereby causing the drive motor to produce a tactile signal that signals to the user that the motor performance parameter is approaching the limit of the performance range.
An organic light-emitting display (OLED) device , comprising: a lower substrate ; a pixel area (A/A) where a plurality of pixels are disposed; a bezel area (B/A) surrounding the pixel area (A/A); a planarization layer disposed on a thin-film transistor that is located on the lower substrate ; an organic light-emitting element disposed on the planarization layer and connected to the thin-film transistor through the planarization layer ; a bank disposed on the planarization layer between non-emitting areas of the pixels and having a tapered shape; a spacer formed on the bank , wherein the spacer is made of the same material as the bank and a height of the spacer is between 1.5 μ m and 2.5 μ m; an anti-oxidation layer configured to cover the organic light-emitting element and to suppress oxidation thereof by oxygen (O 2 ) at least in the pixel area (A/A); an inorganic oxide encapsulation layer configured to cover the anti-oxidation layer ; a first organic layer configured to cover the inorganic oxide encapsulation layer ; and a first inorganic encapsulation layer configured to cover the first organic layer , wherein the anti-oxidation layer is formed by chemical vapor deposition (CVD), and wherein the anti-oxidation layer has a thickness of 0.1 μm to 0.9 μm. a lower substrate ; a pixel area (A/A) where a plurality of pixels are disposed; a bezel area (B/A) surrounding the pixel area (A/A); a planarization layer disposed on a thin-film transistor that is located on the lower substrate ; an organic light-emitting element disposed on the planarization layer and connected to the thin-film transistor through the planarization layer ; a bank disposed on the planarization layer between non-emitting areas of the pixels and having a tapered shape; a spacer formed on the bank , wherein the spacer is made of the same material as the bank and a height of the spacer is between 1.5 μ m and 2.5 μ m; an anti-oxidation layer configured to cover the organic light-emitting element and to suppress oxidation thereof by oxygen (O 2 ) at least in the pixel area (A/A); an inorganic oxide encapsulation layer configured to cover the anti-oxidation layer ; a first organic layer configured to cover the inorganic oxide encapsulation layer ; and a first inorganic encapsulation layer configured to cover the first organic layer , wherein the anti-oxidation layer is formed by chemical vapor deposition (CVD), and wherein the anti-oxidation layer has a thickness of 0.1 μm to 0.9 μm.